Mobile transactions with a kiosk management system

ABSTRACT

A method and system of conducting a mobile transaction with a kiosk management system operating a plurality of kiosks for requested items is provided. A consumer may possess a portable device configured to communicate with the kiosk management system such that the kiosk management system may provide requested items to a selected kiosk from the plurality of kiosks. The portable device may operate a mobile application to display a list of available kiosks providing the requested items for the consumer to select a kiosk to reserve the requested items at. The consumer may then use the portable device to interact with the selected kiosk to retrieve the requested items reserved at the selected kiosk.

BACKGROUND

With the growing accessibility and breadth of the Internet andtelecommunications networks, many retail transactions may be conductedremotely, such as from a consumer's home, without necessitating theconsumer to visit a brick-and-mortar retail location. Consumers maybrowse retail websites, order items, pay electronically, and receive theitems delivered to their doorstep. Further, with the increasing usage ofmobile devices, consumers frequently conduct transactions on theirmobile devices while away from their homes, and can request delivery ofitems to locations other than a personal home address, for example, anoffice or a hotel. While convenient to the consumer, the delivery ofnumerous individual items to numerous individual consumers at varyingaddresses can become exponentially costly to both retail businesses andconsumers.

BRIEF DESCRIPTION OF THE DRAWINGS

Various embodiments in accordance with the present disclosure will bedescribed with reference to the drawings, in which:

FIG. 1 shows a block diagram illustrating an example distribution systemin which items ordered electronically by consumers from a networkretailer are delivered to kiosks for retrieval by the consumers;

FIG. 2 shows a flow diagram illustrating an example kiosk managementmethod implemented in the distribution system of FIG. 1;

FIG. 3 shows a block diagram illustrating an example kiosk managementsystem of the distribution system of FIG. 1;

FIG. 4 shows a flow diagram illustrating an example method implementedby the kiosk management system of FIG. 3 to determine initial items withwhich to pre-stock kiosks;

FIG. 5 shows a flow diagram illustrating an example method implementedby the kiosk management system of FIG. 3 to manage inventory amongkiosks;

FIG. 6 shows a block diagram illustrating an example kiosk of thedistribution system of FIG. 1;

FIG. 7 shows a flow diagram illustrating an example process followed bya distribution agent of the distribution system shown in FIG. 1 todeliver and maintain kiosks;

FIG. 8 shows a flow diagram illustrating an example method implementedby the kiosk of FIG. 6 to process an order from a consumer for an item;

FIG. 9 shows an example external interface of a kiosk of thedistribution system shown in FIG. 1;

FIG. 10 shows a flow diagram illustrating an example method implementedby the kiosk management system of FIG. 3 to designate a recipient toreceive an item as a gift and enable the recipient to retrieve the itemfrom a kiosk;

FIG. 11 shows a flow diagram illustrating an example process followed bya consumer to gift an item to a recipient;

FIG. 12 shows flow diagrams illustrating an example process followed bya consumer to retrieve an item via a kiosk;

FIG. 13 shows an example user interface of a mobile applicationpresented on a mobile device via which a recipient can initiateretrieval of a gift from a kiosk;

FIG. 14 shows a flow diagram illustrating an example method implementedby the kiosk management system of FIG. 3 to process a request for anitem that is excluded from the pre-stocked items in the kiosks;

FIG. 15 shows a flow diagram illustrating an example process followed bya consumer to retrieve an item via a kiosk;

FIG. 16 shows an example mobile device via which a recipient caninitiate retrieval of a gift from a kiosk;

FIG. 17 shows an example user interface of a mobile applicationpresented on a mobile device via which a consumer can select a kioskfrom which to reserve an item;

FIG. 18 shows an example user interface of a mobile applicationpresented on a mobile device via which a consumer can opt to hold anitem at a kiosk for a predetermined amount of time without purchasingthe item;

FIG. 19 shows an example user interface of a mobile applicationpresented on a mobile device via which a consumer can select purchaseoptions;

FIG. 20 shows an example user interface of a mobile applicationpresented on a mobile device via which a consumer can indicate that heor she is at a kiosk to retrieve the item;

FIG. 21 shows example user interfaces of a mobile application presentedon a mobile device via which a consumer may search for kiosks;

FIG. 22 shows an example user interface presented on a kiosk via which aconsumer may scan or enter a code to initiate retrieval of the item fromthe kiosk;

FIG. 23 shows an example computing environment for implementing aspectsof the present disclosure in accordance with various embodiments.

DETAILED DESCRIPTION

In the following description, various embodiments will be described. Forpurposes of explanation, specific configurations and details are setforth in order to provide a thorough understanding of the embodiments.However, it will also be apparent to one skilled in the art that theembodiments may be practiced without the specific details. Furthermore,well-known features may be omitted or simplified in order not to obscurethe embodiment being described.

An improved distribution system for providing items to consumers can usea network of kiosks to deliver an item to a consumer. The item can bedelivered by an operator of a distribution system to a kiosk for theconsumer to pick up. For example, a consumer can order one low priced(or otherwise eligible) item or a number of such items, which items maybe delivered by an operator of a distribution system to a kiosk for theconsumer to pick up. In addition, items regularly-purchased by consumerscan be stocked in kiosks and can be purchased on demand according toavailability in the kiosk system. The network of kiosks may, forexample, include any number of kiosks strategically located for easy andconvenient access to consumers. In one embodiment, the number of kiosksincludes between 1,000 and 500,000 kiosks. More specifically, the numberof kiosks can include 20,000 kiosks. Kiosks may be placed in locationsthat consumers will already frequent for other tasks, such as gasstations or grocery stores. Because shipping and delivery operations canbe shared between the seller and the consumer, the shipping costscharged to the consumer for pick up at a designated kiosk may besignificantly reduced (or free, if the shipping costs are negligible tothe seller). In one embodiment, the network of kiosks provides aninfrastructure that may be scaled to lower prices on millions of items.The shipping of the items to the kiosks of the system may beconsolidated to individual distribution agents who work in specificgeographies to maintain and/or manage a subset of kiosks. A subset caninclude one or more kiosks.

In an example embodiment, a consumer may use his or her mobile device(e.g., a smartphone) to see what items are available in nearby kiosksfor convenient pick up or retrieval. A kiosk management system maydesignate kiosks to receive pre-stocked items, for example, items thatare often requested by consumers, best-selling items or trending items.The pre-stocked items may vary over different geographic locations.Accordingly, subsets of kiosks in different geographic locations may bestocked with different amounts of pre-stocked items and/or differentpre-stocked items. The pre-stocked items and/or the inventory of itemsin a kiosk or a subset of kiosks can be customized based on previoustransaction history and/or other analytical data relating to thedemographic and buying patterns of consumers in the geographicallocations of the subsets of kiosks.

After the selection of a particular item(s) for purchase during acheckout process, the consumer may choose a designated kiosk to pick upthe item(s). The designated kiosk may be at a location to which theconsumer plans to go anyway, such as a grocery store, a location that isen route to the consumer's final destination, or another locationconvenient to the consumer. For example, the consumer may be travelingfor business and select a kiosk at an airport at which he/she will havea layover.

When the consumer has requested items and selected a kiosk, the kioskmanagement system may communicate with the designated kiosk tocoordinate delivery. In some cases, the requested item may be an itemthat is pre-stocked at a subset of kiosks. The kiosk management systemmay communicate with the designated kiosk to reserve the item for theconsumer so that the reserved items may not be retrieved or purchased byother consumers. In other cases, the requested item may not be includedin the pre-stocked items that are typically pre-stocked. To reduce theadded shipping cost to the consumer, the consumer may elect to pick therequested item up at a designated kiosk after it has been stocked withthe requested item. The kiosk management system may coordinate deliveryof the requested item to the designated kiosk. In some embodiments, thedelivery of items to the network of kiosks may involve distributionagents to stock kiosks with items.

When a requested item is delivered and/or reserved at a designatedkiosk, a consumer may receive a notification from the kiosk managementsystem that the requested item is available at the designated kiosk.Retrieving the requested item may involve the consumer going to thedesignated kiosk to have the requested item released from the kiosk sothat the consumer can pick up the requested item and take it home. Torelease the requested item, the consumer may be prompted by thedesignated kiosk to log in with his or her pre-registered accountinformation associated with the kiosk management system. The kioskincludes various mechanical components to secure, lock, and store allitems. Releasing the requested items may include dispensing therequested item to the consumer, for example, through a door orcompartment. In another example, each requested item may be stored andlocked in an individual compartment or module, such that releasing therequested item involves unlocking that individual compartment or modulefor the consumer.

In another embodiment, when the consumer is notified that the requesteditem is available, the notification may also include a generated code.The notification may be transmitted via the Internet or any othertelecommunications network, in the form of an electronic mail, instantmessage, text message, SMS, social network post, or any other suitablecommunication or message. The generated code can be a generated by thekiosk management system and may be a randomly generated alphanumericcode of varying length. The generated code may be unique to thetransaction, consumer, kiosk, and/or item. In other embodiments, thegenerated code may be associated with the kiosk, consumer, transaction,and/or item for identification purposes. To initiate retrieval of therequested item from the designated kiosk, the consumer may be promptedto enter the generated code. The kiosk may then communicate with thekiosk management system to verify the generated code, and release therequested item when the code is verified. In other embodiments, thekiosk management system may simultaneously send the generated code tothe designated kiosk and within the consumer notification. Thus, thedesignated kiosk may verify the generated code locally when the consumerenters the code to release the requested item(s). A payment process toauthorize payment of the transaction may begin when the consumerinitiates retrieval of the requested items from the kiosk. Thus,consumers are not charged for items that they have not retrieved.

Alternatively, the consumer may designate a second consumer, such as afriend or family member, to pick up the particular item(s), and/or theconsumer may select items as a gift for a recipient to pick up. In someembodiments, the consumer may designate a designated kiosk for therecipient. The recipient may receive an e-mail, text, or other messagefrom the kiosk management system that a gift is waiting for them at thedesignated kiosk. The message may further contain a generated code. Forthe recipient to initiate retrieval of the requested item(s), therecipient may be prompted by the designated kiosk to log in with thegenerated code that the recipient received in the message. Thedesignated kiosk may communicate with the kiosk management system toverify the generated code and when verified, release the gift to therecipient. Alternatively, the kiosk may receive a communication with thekiosk management system to reserve the requested item with the generatedcode. Thus, when the recipient logs in with the generated code, thekiosk may verify the generated code locally to release the requesteditem to the recipient.

It should be recognized that some retailers provide items (e.g., goodsand/or services) for consumers may offer shipping and delivery of theitems when ordered remotely by consumers via an electronic marketplaceor network site. Operators or owners of such electronic marketplaces orsites may also provide distribution services (e.g., inventorymanagement, packaging, shipping, etc.) for individual sellers who wouldprefer not to provide such distribution services themselves. Without thedistribution system, in some cases, low priced items may be tooexpensive to ship directly to the home of a consumer. An improveddistribution system for providing items to consumers, such as describedherein, can use a network of kiosks to reduce costs of distribution,including consumer, retailer and seller costs. Herein, retailers andsellers may be referred to interchangeably.

FIG. 1 shows an example block diagram of an example distribution system100 according to at least one embodiment in which items orderedelectronically by consumers 112 from a retailer 116 are delivered tokiosks for retrieval by the consumers. The distribution system 100 caninclude a kiosk management system 102 and an inventory management systemthat can be operated by a retail entity providing a plurality of items.In other embodiments, a retailer 116 or other seller may be a separateentity from the entity that operates the kiosk management system 102.The retailer 116 may operate its own retail website 106 and/or provideits own mobile application 114 for purchasing items. The retailer 116can be in direct communication with an inventory entity 104, such as awarehouse, fulfillment center or distribution center, where the itemsoffered by the retailer 116 via the retail website 106 and/or mobileapplication 114 are physically stored.

The kiosk management system 102 may also include an inventory managementsystem and can be in communication with the inventory entity 104. Thekiosk management system 102 may be associated with a retail website 106manage delivery of items that are stored by the inventory entity 104 tokiosks 110 of the distribution system 100. The kiosk management system102 may be operatively coupled, e.g., via a communications network, to anetwork of kiosks 110, which are placed in strategically designatedgeographic locations. The network of kiosks 110 may be maintained andstocked with items by a plurality of distribution agents 108. The kioskmanagement system 102 may communicate with the kiosks 110 via acommunications network to determine a current inventory of items in thekiosks 110. In addition, the kiosk management system 102 and/or kiosks110 may communicate with the distribution agents 108 and the inventoryentity 104 to initiate a consolidated shipment of items to particulardistribution agents 108. The distribution agents 108 may then deliverthe items to individual kiosks 110 to which the distribution agents 108are assigned to manage and maintain.

Distribution agents 108 may be assigned to a subset of kiosks 110 basedon geographical location, such that the inventory entity 104 mayconsolidate shipping of pre-stocked items to the distribution agents108. The distribution agents 108 may then make deliveries of variousitems to specific kiosks 110. The inventory and available items providedto each kiosk may not be identical between kiosks. However, because theassignment of distribution agents 108 to kiosks 110 can be based ongeographical location, the delivery of items to different kiosks 110 maybe efficient and cost-effective for the kiosk management system 102.

A distribution agent 108 may be an automated machine or robot operatedby the kiosk management system 102, an individual person authorized bythe kiosk management system 102 or an authorized entity (e.g., merchant,business, etc.). The distribution agent 108 can be responsible formaintaining and delivering to one or more kiosks 110. The kioskmanagement system 102 may instruct delivery of consolidated shipments ofitems to the distribution agent 108 from an inventory entity 104 on aregular basis, for example, daily. Upon receipt, the distribution agent108 may go to each kiosk 110 to which the distribution agent 108 isassigned and deliver the items to kiosk 110 accordingly, includingplacing the items in item storage within the kiosk 110 (see e.g. ProductStorage 608 in FIG. 6). Once an item is delivered to a designated kiosk110, the kiosk management system 102 may send a notification (e.g.,email, text message, etc.) to the consumer 112 to inform the consumer112 that the requested item is ready for pick up. In some embodiments,the consumer 112 is not charged for the requested item until therequested item is retrieved by the consumer 112 at the designated kiosk110. When the consumer 112 is at the designated kiosk 110, he or she maybrowse the kiosk 110 for pre-stocked items that are available (i.e., instock and not reserved for another consumer 112) and purchase additionalpre-stocked items together with the requested item. A payment processmay be initiated to authorize payment of the requested item andadditional pre-stocked items purchased in a transaction at thedesignated kiosk 110. The payment process may be initiated by thedesignated kiosk 110 to the kiosk management system 102, retailer 116,or other entity.

The kiosk 110 may update its inventory in real time to enable the kioskmanagement system 102 to have a current status of each of the pluralityof kiosks 110. By analyzing data received from the kiosks 110, the kioskmanagement system 102 may can determine which pre-stocked items to placein the kiosks and track inventory turns. A distribution agent 108 canremove unclaimed items from the kiosk 110 not picked up within adesignated timeframe. The removal of unclaimed items can enable kioskmanagement system 102 place items in the kiosk 110 as dictated by thekiosk management system 102. The kiosk management system 102 can alsocredit a consumer account for removed unclaimed items.

Distribution agents 108 may operate 365 days a year and can manageanywhere from 1 to a million kiosks 110 or more, depending upon thekiosks' sizes and capacities. For example, in very small towns, only onekiosk 110 may be sufficient to service the town, but in larger citieshundreds of kiosks 110 may be needed.

Consumers 112 may browse items and make requests for items via theretail website 106 using a desktop, laptop, mobile device, etc. or via amobile application 114 using a mobile device, such as a smartphone,tablet, electronic book reader or other mobile device capable ofconnecting to the Internet. The consumers 112 may access the retailwebsite 106 through a communications network, such as the Internet. Thecommunication network may be any wired network, wireless network, orcombination thereof. In addition, the network may be a personal areanetwork, local area network, wide area network, cable network, satellitenetwork, cellular telephone network, or combination thereof. Forexample, the communication network may be a publicly accessible networkof linked networks, possibly operated by various distinct parties, suchas the Internet. In some embodiments, the communication network may be aprivate or semi-private network, such as a corporate or universityintranet. The communication network may include one or more wirelessnetworks, such as a Global System for Mobile Communications (GSM)network, a Code Division Multiple Access (CDMA) network, a Long TermEvolution (LTE) network, or some other type of wireless network.Protocols and components for communicating via the Internet or any ofthe other aforementioned types of communication networks are well knownto those skilled in the art of computer communications and thus, neednot be described in more detail herein. The computing device of theconsumer may connect to any such communications network via a wireless(e.g., Wi-Fi) or wired network connection. When a consumer 112 is usingthe mobile application 114 on a mobile device, the mobile device may beconnected through a telecommunication network provided by a serviceprovider, or a wireless (e.g., Wi-Fi) network.

In some embodiments, the retailer 116 may include the kiosk managementsystem 102. The consumer 112 may be in communication directly with thekiosk management system 102 when the kiosk management system 102 is alsothe retailer offering the items. In such cases, the consumer 112 maypre-register account information and payment information with the kioskmanagement system 102. Account information can include a username,password, login information, delivery address, mobile device number orother identification number (e.g., IP address). Payment information caninclude a credit card identifier, bank account identifier, rewardsaccount identifier, billing address, or any other suitable informationneeded by an issuer and a consumer 112 to authorize a paymenttransaction and perform clearing and settlement of funds such that theconsumer 112 can pay for the requested items.

The network of kiosks 110 may be strategically located at, or inproximity to, other businesses with which the kiosk management system102 may have a partnership. Thus, when a consumer 112 goes to a kiosk110 that may be located at a gas station, a promotion may be offered tothe consumer, such as $0.03 off per gallon during the consumer's visitwhen the consumer 112 retrieves the requested item at the kiosk. Inanother example, a kiosk may be located at a coffee shop, so a consumer112 may be incentivized to select that kiosk if he/she wants to receivea promotion for coffee or other items sold at that coffee shop, and/orif the consumer 112 was planning on going to the coffee shop to getcoffee and can pick up his or her requested item on the same trip.

Techniques described and suggested herein include methods and systemsfor distributing items to a multitude of consumers using a network ofkiosks 110 managed by a kiosk management system 102. FIG. 2 shows a flowdiagram illustrating an example kiosk management method 200 implementedin the distribution system of FIG. 1. Some or all of the process shownin FIG. 2 (or any other processes described herein, or variations and/orcombinations thereof) may be performed under control of one or morecomputer systems configured with executable instructions and may beimplemented as code (e.g., executable instructions, one or more computerprograms or one or more applications) executing collectively on one ormore processor devices, by hardware or combinations thereof. The codemay be stored on a computer-readable storage medium, for example, in theform of a computer program including a plurality of instructionsexecutable by one or more processor devices. The computer-readablestorage medium may be non-transitory.

In one embodiment, the kiosk management system 102 of FIG. 1 may cause anetwork of kiosks 110 to be provided with pre-stocked items at 200. Theselection of pre-stocked items provided at specific kiosks may bedetermined by the kiosk management system 102 based on transactionhistory of the specific kiosks, or in other embodiments, by an externalretailer in communication with the kiosk management system 102 toprovide the items to the specific kiosks. Thus, individual kiosks indifferent locations may have quantities of items, as well as items thatvary from other kiosks.

At 202, the kiosk management system 102 may receive a request directlyor indirectly from a consumer for one or more items. For example, theconsumer may generate a request through a retail website 106 or mobileapplication 114 operated by an external retailer 116. The externalretailer can then provide the request to the kiosk management system102. In some embodiments, the consumer may browse available pre-stockeditems and from the pre-stocked items in stock, request one or moreitems. The kiosk management system 102 can determine which items arepre-stocked at which kiosks 110. The pre-stocked items in local kiosks110 can be requested and/or reserved by consumers 112 through use of aretail website 106 and/or mobile application 114 operated by theretailer 116. Alternatively, a consumer 112 may go directly to a kioskand browse the pre-stocked items available for purchase at that kiosk,such as pre-stocked items that are not reserved for other consumers.

In one embodiment, the consumer may request items that are not includedin the pre-stocked items be made available as pre-stocked items. Theconsumer can make this request from the website operated by the kioskmanagement system 102, retail website 106 or mobile application 114operated by the external retailer 116. The requested items that are notpre-stocked may be distributed to a designated kiosk chosen by theconsumer. Thus, the requested item may be included in the selection ofpre-determined pre-stocked items. Alternatively, the consumer mayrequest one or more items that are excluded from the stock of itemsavailable in the kiosks.

In one embodiment, the kiosk management system 102 can use a location ofthe consumer at 204 to aid in distribution of an item to the consumer.The location of the consumer may be determined by an IP address of theconsumer's computer, or a GPS location from the consumer's mobiledevice. The location of the consumer may also be determined based onother account information, such as a work/office address. The consumermay also provide her current location or address in the request. In analternative embodiment, the consumer may provide a designated location,such as a future destination, to which she will be traveling so therequested item(s) can be picked up upon her arrival at the destination.For example, if the consumer knows she will be in New York for abusiness trip tomorrow, she can designate the requested item for pickupat a kiosk 110 located in New York that is convenient for her. Inanother example, the consumer may designate a location that is en routeto his or her commute to or from work.

At 206, the kiosk management system 102 may determine a subset of kiosks110 within a designated area near the location of the consumer. Then,the kiosk management system 102 may communicate with the subset ofkiosks 110 to determine whether at least one of the kiosks 110 withinthe designated area has the requested item(s) in stock. The designatedarea may be set by the consumer, or have a default value determined bythe kiosk management system 102. For example, the kiosk management 102system may search for kiosks within 5 miles of the location of theconsumer, and determine which one, if any, of the kiosks within 5 milesof the location of the consumer have the requested item(s) currently instock for the consumer.

When it is determined that there is at least one kiosk 110 in the subsetof kiosks having the requested item(s) in stock and is within thepredetermined proximity of the location of the consumer, the kioskmanagement system 102 may transmit a list identifying such kiosks toprovide to the consumer, such as through the retail website 106, asshown at 208. The kiosk management system 102 may also identify kiosks110 that are outside of the predetermined proximity of the location tooffer more kiosk selection options to be provided to the consumer,particularly if not many kiosks are found to have the requested item(s)in stock.

The consumer may then select a kiosk 110 and have the selection providedto the kiosk management system 102. Thus, at 210, the kiosk managementsystem 102 may receive a communication from the consumer with theselection for the kiosk 110 at which the consumer would like to initiateretrieval of the requested items. Alternatively in another embodiment,the kiosk management system 102 may communicate with the consumerthrough the retail website 106 or mobile application 114 operated by theexternal retailer 116. Thus the kiosk management system 102 may receivethe communication with the selection for the kiosk 110 made by theconsumer and transmitted from the retail website 106 or mobileapplication 114.

Once the kiosk management system 102 receives the selection, the kioskmanagement system may communicate with the designated kiosk 110 with areservation communication to reserve the requested item at 212. Thedesignated kiosk 110 may reserve the requested item for a limited amountof time, for example, 3 days. When the requested item is reserved, it isreserved for the requesting consumer or a recipient designated by therequesting consumer such that another consumer cannot retrieve therequested reserved item. For example, another consumer browsing forpre-stocked items in local kiosks or another consumer at the designatedkiosk cannot select the reserved item for purchase. In one embodiment,the consumer may provide an estimated time when the requested item willbe picked up, and when that time has elapsed, the reservation for therequested item may be cancelled or may otherwise expire. In someembodiments, only when the requested item is successfully retrieved bythe consumer is a payment process initiated and the consumer is charged.In one embodiment, the reservation communication from the kioskmanagement system 102 to the designated kiosk 110 may include a codegenerated by the kiosk management system 102. The generated code mayalso be sent to the consumer in a notification message alerting theconsumer that the requested item is available at the designated kiosk110 for retrieval, as shown at 214. The notification may be transmittedvia a communications network such as those described above, in the formof an electronic mail, instant message, text message, SMS, or any othersuitable communication or message.

The generated code may be unique to the transaction, consumer, kiosk,and/or item. In one embodiment, the generated code is a randomlygenerated alphanumeric code of varying length. In other embodiments, thegenerated code is an optical code, such as a one-dimensional bar code,or a two-dimensional bar code such as a Quick Response Code (QR code).In other embodiments, the generated code may be associated with thekiosk, consumer, transaction, and/or item for identification purposes.

To initiate retrieval of the requested item from the designated kiosk110, the consumer may be prompted to enter the generated code at thekiosk 110. The kiosk 110 may then communicate with the kiosk managementsystem 102, as shown at 216, to verify the generated code, and releasethe requested item when the code is verified to begin payment processingfor the item using the consumer's account information and paymentinformation. In some embodiments where the kiosk management system 102sends a communication to the designated kiosk 110 with the generatedcode, the designated kiosk may verify the generated code locally whenthe consumer enters the code to the kiosk to release the requesteditem(s).

At 216, the transaction is complete when the kiosk management system 102processes payment using the consumer's account information and paymentinformation and instructs the designated kiosk 110 to release therequested item. In one embodiment, the consumer pre-registers his or heraccount information and payment information with the kiosk managementsystem 102. In another embodiment, the consumer may pre-register accountinformation and/or payment information with the retail website orretailer; accordingly, the kiosk management system may communicate withthe retail website to initiate payment. Account information can includea username, password, login information, delivery address, mobile devicenumber or other identification number (e.g., IP address). Paymentinformation can include a credit card identifier, bank accountidentifier, rewards account identifier, billing address, or any othersuitable information needed by an issuer and a consumer to authorize apayment transaction and perform clearing and settlement of funds suchthat the consumer can pay for the requested items.

Any or all of the operations and functions described above in theexample method of FIG. 2, in any order, may be performed by an examplekiosk management system 102. The kiosk management system 102 may includea server computer 300 or a group of servers processor devices configuredto execute computer readable instructions stored in non-transitorycomputer readable media.

FIG. 3 shows a block diagram illustrating an example kiosk managementsystem of the distribution system of FIG. 1. As illustrated in FIG. 3,the example kiosk management server 300 may include a processor device302 and a memory 320. The processor device 302 can be communicativelycoupled to and have access to several remote and/or local data storesconfigured to store data, for example, an account information data store304, transaction history data store 306, and/or a payment informationdata store 322. The account information data store 304 may store accountinformation associated with a plurality of consumers. In someembodiments, the account information is pre-registered for eachconsumer. In other embodiments, temporary account information may begenerated and temporarily stored for consumers making a one-timetransaction as a “guest consumer,” as opposed to a “registeredconsumer.” Thus, the temporary account information may be unique to theone-time transaction. Account information can include a username,password, login information, delivery address, mobile device number orother identification number (e.g., IP address). Additionally, accountinformation of the consumer can include gender, age, annual income,annual average spending, preferred items, or other relevant demographicor analytical data.

The transaction history data store 306 may store information relating topreviously conducted transactions, including for example, items in thetransactions, the quantity of items, the payment type used for thetransactions, where and when the transactions were conducted, the kiosksused for the transactions, etc. For example, the transaction history mayshow that in San Francisco on rainy days, more umbrellas are requestedfrom the kiosks 110 in popular areas of San Francisco. The transactionhistory may also be correlated with some of the account information. Forexample, the transaction history may show an increased number ofearphones requested by consumers aged 18-25 and retrieved from kiosks100 located near universities. The transaction history stored intransaction history data store 306 may be for a plurality oftransactions involving different items, consumers, locations and kiosks110.

The payment history data store 322 may store payment informationassociated with a plurality of consumers. Payment information caninclude a credit card identifier, bank account identifier, rewardsaccount identifier, billing address, or any other suitable informationneeded by an issuer and a consumer to authorize a payment transactionand perform clearing and settlement of funds such that the consumer canpay for the requested items. Additionally, payment information of theconsumer can include a gift certificate identifier, coupon code, orother information relevant to payment processing of the transaction.

The memory 320 may include several software modules of code executableby the processor device 302 to perform functions of the kiosk managementserver 300. In an example, the memory 320 may include a selected itemengine 308 to determine an initial subset of items with which topre-stock one or more kiosks 110. The initial subset of items selectedfor pre-stock in one or more kiosks 110 may be determined from aplurality of total items offered by a retail website 106 and/or kioskmanagement system 102. In some embodiments, the pre-stocked items may bedetermined by a transaction analysis engine 316 that analyzes datastored in the account information data store 304 and/or transactionhistory data store 306. There may also be a kiosk locator engine 310,which may determine and locate a subset of kiosks within a predeterminedproximity of a location of the consumer or a location designated by theconsumer. Additionally, a kiosk inventory engine 312 may monitor andreport inventory of items offered in kiosks 110 placed in variouslocations. The memory 320 may further include a distribution agentmanagement module 314, to manage the plurality of distribution agentsand to which kiosks each distribution agent is responsible formonitoring, maintaining, and delivering items. Further, a codegeneration engine 318 may generate the code provided to the consumerand/or designated kiosk 110 for retrieval of the requested item.

Those skilled in the art will appreciate that the kiosk managementsystem 102 can be any computing system that is configured to communicatevia a communications network. For example, the kiosk management system102 may include any number of kiosk management servers 300, and/or otherserver computing devices, desktop computing devices, mainframecomputers, and the like. In some embodiments, the kiosk managementsystem 102 can include several devices physically or logically groupedtogether. The kiosk management system 102 can include various modulesand components combined on a single device, multiple instances of asingle module or component, etc. In some embodiments, the features andservices provided by the kiosk management system 102 may be implementedas web services consumable via a communications network. In furtherembodiments, the kiosk management system 102 is provided by one morevirtual machines implemented in a hosted computing environment. Thehosted computing environment may include one or more rapidly provisionedand released computing resources, which computing resources may includecomputing, networking and/or storage devices. A hosted computingenvironment may also be referred to as a cloud computing environment.

As shown in FIG. 3 and noted above, the kiosk management server 300 may,in memory 302, include a select item engine 318 to determine whichkiosks will be pre-stocked, the initial items with those kiosks will bepre-stocked, and the quantity of the initial items. FIG. 4 shows a flowdiagram illustrating an example method implemented by the kioskmanagement system of FIG. 1 to determine initial items with which topre-stock kiosks. As illustrated, select item engine 318 may gathertransaction history for a plurality of items at 400. The transactionhistory can include information relating to previously conductedtransactions, including, for example, items in the transactions, thequantity of items, the payment type used for the transactions, where andwhen the transactions were conducted, the kiosks 110 involved in thetransactions, etc. For example, the select item engine 318 may initiallygather transaction history data and determine that on a particular day,many more umbrellas were requested and sold from kiosks 110 in aparticular geographic area.

At 402, the select item engine 318 may analyze the transaction historyand correlate the transaction history with specific kiosks 110. Thus,the select item engine 318 may determine which kiosks 110 were offeringumbrellas and determine which kiosks 110 located in San Francisco wereparticularly preferred in consumers' requests for umbrellas.

Further, it may be determined that kiosks 110 in San Francisco werepreferred for consumers to pick up requested umbrellas because manyconsumers commute to San Francisco to work. Thus, when a consumerforgets to bring his or her umbrella, or it begins to rain on his or herway to work, the consumer can use his or her mobile device to order anumbrella and have it reserved for pick up at a kiosk located at a publictransportation station in San Francisco. Accordingly, at 404, the selectitem engine 318 may select which items, quantities of items, and thekiosks 110 in which to offer the items based on the transaction historyand data analysis. Based on further analysis, for example, the itemselect engine 318 may select scarves and gloves to offer at SanFrancisco kiosks 110 for consumer commuters who find themselvesunprepared for the day's weather. The select item engine 318 may alsodetermine and learn which kiosk locations are preferred and most oftenfrequented by consumers, for example, kiosks located at publictransportation stations, coffee shops, or common lunch destinations.

At 406, the kiosk management system 102 may communicate with theplurality of kiosks 110 to determine a current stock of currentlyoffered items, for example, to determine if a kiosk 110 is running lowon a commonly requested item, if a particular item has sold out, or if aparticular item has not been sold for some time. In another embodiment,the kiosk management system may monitor inventory of the kiosks 110 andtheir items remotely without communicating with them. Different kiosksat different locations may offer a different selection of items and indifferent quantities. For example, kiosks located in airports may offera wider selection of travel-sized hygienic products or electronicaccessories, such as laptop and phone chargers, which may be itemscommonly forgotten by consumers when they are traveling. In comparison,kiosks located by universities may offer university-affiliatedparaphernalia or office supplies, such as pens and notebooks, inaddition to laptop and phone chargers.

Next, at 408, when the select item engine 318 has determined whichkiosks to stock with which pre-stocked items and whether certain kiosksare running low or have sold out of certain pre-stocked items, the kioskmanagement system 102 may communicate with a plurality of distributionagents 108. In some embodiments, distribution agents can be people,automated robots, or businesses authorized by the kiosk managementsystem 102, to which the kiosk management system 102 can provideinstructions to and initiate consolidated delivery of item shipments.For example, the kiosk management system 102 instructs a delivery agentto deliver of 100 earphones to a coffee shop at which a kiosk 100 thatsells many earphones is located. The kiosk management system 102 alsonotifies an inventory entity, such as a warehouse, to include the 100earphones in the next shipment to the delivery agent. In yet otherembodiments, distribution agents 108 can be automated machines or robotscapable of delivering items to kiosks 110.

At 410, the distribution agents 108 then can deliver the items they havereceived to the individual kiosks 110 to which they have been assignedby the kiosk management system 102. For example, in a remote town, adistribution agent 108 may be an authorized person who is responsiblefor maintaining 5 kiosks 110 in the remote town. Thus, instead of thekiosk management system 110 instructing direct delivery of specificitems to each of the 5 individual kiosks 110, the items allocated forthe 5 kiosks 110 in the town are consolidated and delivered to theauthorized person (i.e., the distribution agent 108). The distributionagent 108 then makes individual deliveries of specific items to each theindividual 5 kiosks 110. Distribution agents may additionally transferitems between kiosks for inventory reasons, for example if one kiosksells out of a pre-stocked item often requested by consumers, thedistribution agent may transfer a number of the pre-stocked items fromanother kiosk having a higher inventory of the pre-stocked item.

Individual persons acting as distribution agents may be compensated, forexample, salaried, hourly, on a per shipment basis or as a percentage ofthe transaction cost. Compensation to the distribution agents may alsoinclude discounts on items that may be dispensed by the kiosks thedistribution agent is assigned to manage. The kiosks may be configuredto dispense funds, vouchers, credits to the distribution agent ascompensation.

At 412, the kiosk management system 102 may receive reports from thekiosks 110 and/or the distribution agents 108 regarding the kioskinventory, transactions, or status. For example, the distribution agentmay notice a malfunction in one of the kiosks 110, or may notice that aparticular kiosk may be difficult to find. This information may bereported back to the kiosk management system 102 for evaluation andprocessing. Other information reported back may include notification ofrepairs and/or other suitable feedback that may be transmitted to thekiosk management system 102 automatically and/or directly by the kiosk110, or by the distribution agent 108. The distribution agent can createthe report though use of an administrative interface of the kiosk, iffunctioning, or through use of other network connected devices, such asan application on a smartphone.

To determine an initial selection and quantity of items with which topre-stock some of the kiosks 110, a kiosk management system 102 mayimplement an example method of iterative inventory management asillustrated in FIG. 5. FIG. 5 shows a flow diagram illustrating anexample method implemented by the kiosk management system of FIG. 1 tomanage inventory among kiosks. In the example method, at 500, the kioskmanagement system 102 may initially gather and analyze storedtransaction history information associated with a plurality of items anda plurality of consumers.

Based on the transaction history of items purchased by the plurality ofconsumers, a subset of the plurality of items may be selected at 502.For example, the subset of items may include best-selling items, highestrated items, and/or most frequently sold items. In some embodiments, thepre-stocked items may also be correlated with a geographical location ofspecific kiosks 110, demographic information related to specific kiosksor their location, or other environmental information related tospecific kiosks or their location. For example, it may be observed bythe kiosk management system 102 and recorded in the transaction historythat the number of umbrellas requested during rainy days issignificantly increased over dry days, or sunscreen is requested inhigher quantities in Miami, Fla. compared to Seattle, Wash. The kioskmanagement system can also use data from the retailer, such asgeographic sales data, in the determination of pre-stocked items.

At 504, once items have been selected for pre-stocking, the kioskmanagement system 102 may determine initial quantities of thepre-stocked items to have stocked in some of the kiosks 110. Differentkiosks can offer different items and in different quantities. Forexample, all kiosks 110 in the Los Angeles area may be pre-stocked withsunscreen; however, the kiosks 110 located in Long Beach and other beachareas may have higher quantities of sunscreen stocked than kiosks 110 indowntown Los Angeles.

To determine a quantity of items to stock within a subset of kiosks 110,the kiosk management system 102 may determine the current inventory ofitems already stored in the subset of kiosks 110, as shown at 506. Thus,if some kiosks have a number of a particular item over a specificthreshold, the kiosk management system 102 may not coordinate to havemore of the particular item delivered to those kiosks. However, if it isdetermined that some kiosks have sold out of or are below a certainthreshold of a particular item, then the kiosk management system 102 mayinitiate delivery of an additional quantity of the particular item to adistribution agent for stocking within those kiosks.

Subsequently, at 508, the kiosk management system 102 may update whatthe pre-stocked items are and the quantities of the pre-stocked itemsbased on at least transaction history and other data from individualkiosks, such as current inventory of the pre-stocked items. Theselection of pre-stocked items may be updated, or the quantities of thepre-stocked items may be altered depending on sales and transfer ofpre-stocked items between kiosks. In some cases, it may be determinedthat the quantity of certain items in particular kiosks has not sold asquickly as anticipated, and thus, the inventory of these certain itemsin particular kiosks is higher than expected. Accordingly, at 510, thekiosk management system 102 may communicate with these particular kiosksand/or with the distribution agents 108 assigned to these particularkiosks to coordinate future delivery of certain items to theseparticular kiosks, to return certain items from these particular kiosksto management system 102 or inventory entity 104, or to transfer certainitems from these particular kiosks to other kiosks.

Next, at 512, the kiosk management system 102 may conduct transactionswith consumers for items consumers may requesting from the retailer 116or kiosk 110, e.g., the retail website 106. For example, a consumer mayrequest an item that is pre-stocked in at least one of the kiosks 110,or the consumer may request an item that was excluded from the itemswith which the kiosks 110 were pre-stocked. In the latter case, the itemmay need to be delivered to at least one of the kiosks by a distributionagent 110. After the completion of a transaction, the transactionhistory is updated at 514, and an iterative feedback loop is createdback to step 508 to update the selection and quantity of pre-stockeditems offered at specific kiosks.

FIG. 6 shows a block diagram illustrating an example kiosk 600 of thedistribution system of FIG. 1. The example kiosk 600 may include aprocessor device 602 and a memory 614. The processor device 602 can becommunicatively coupled and have access to at least one data storestoring data, for example, an item inventory information data store 604.The item inventory information data store 604 may store item dataassociated with a plurality of items stored in the kiosk 600, forexample, identifiers for items, the quantity of items, and relatedsubstitute items.

The processor device 602 may be communicatively coupled to mechanicalcomponents, such as vending components 606, to hold, retrieve, andrelease items stored in an item storage area 608 of the kiosk 600. Thekiosk 600 may also include a display or other external input/outputinterface 612, such as a touch screen or LCD display with a keyboard fora consumer to view prompts and/or enter input, such as a generated code,login information, and/or account information. Further, there may be asecurity component 610 of the kiosk 600 to protect the items stored inthe item storage 608, such as an alarm and/or lock to prevent tamperingwith the kiosk 600 and/or theft of the items. The security component 610may also include a security camera and provide live streaming images orvideo to the kiosk management system 102 to ensure security of the itemsstored in the kiosk 600. The processor device 602 may further becommunicatively coupled to communication interface 622 for communicatingwith the kiosk management system 101 and other kiosks 110 via acommunications network, as described above.

The memory 614 may include several software modules of code executableby the processor device 602 to perform functions of the kiosk managementsystem 102. In an example, the memory 614 may include a codeverification module 616. The code verification module 616 may beconfigured to determine that a generated code from the kiosk managementsystem 102 verifies a received code entered by the consumer through theinterface 612 before retrieving and releasing the item. The codeverification module 616 may compare the entered code from the consumerwith the generated code from the kiosk management system 102 forverification. The memory 614 may also include a transaction processingmodule 618 configured to initiate payment processing of a transactionwith the kiosk management system 102 or retailer 116 when the codeentered by the consumer is verified and retrieval of the requested itemfrom the kiosk 600 is initiated. An item inventory management module 620may be configured to communicate with the item inventory data store 604to monitor and report the status of various items stored in the kiosk600 and their current quantities. The item inventory management module620 may generate warnings when the quantity of a specific item is belowa certain threshold, and communicate the warnings to the kioskmanagement system 102. To receive and transmit communications with thekiosk management system 102 via a communications network, acommunication module 624 may also be present in the memory 614 of kiosk600.

In some embodiments, the kiosk 600 may be capable of storing up to 1,000items of varying size and weight, and of varying prices, in the itemstorage area 608 of the kiosk. The kiosk 600 may communicate with thekiosk management system 102 and/or consumers via a communicationsnetwork using the communication network interface 622. In someembodiments, the kiosk 600 may establish a wireless connection, e.g.,via Wi Fi or Bluetooth, to a mobile device utilized by the consumer.

The item inventory management module 620 may communicate real time dataregarding the status and item inventory of the kiosk 600 to the kioskmanagement system 102. In other embodiments, the consumer may interactwith the consumer interface 612 to enter a generated code, to enterlogin information and/or to initiate payment processing. The consumerinterface 612 may also provide ordering and account access. Further, insome embodiments, the consumer interface 612 may include a paymentinterface (not shown) configured to accept cash and credit cards. Cashor credit card information received by the payment interface may beprocessed by a payment processing module 626 stored in memory 614. Incash payment transactions, the payment processing module 616 maydetermine change which may be dispensed back to the consumer via thepayment interface. In credit card or alternate electronic payments, thepayment processing module 626 may, in conjunction with the communicationnetwork interface 622, communicate with other entities to processpayment, such as the kiosk management system, retailer, or other entity.

In the item storage area 608 of the kiosk 600, a portion of the itemstorage may contain pre-stocked items determined by the kiosk managementsystem as high turn around items. Another portion of the item storage608 may be kept empty for requested items that are excluded from theitems with which the kiosk 600 is pre-stocked, so that a portion of theitem storage 608 remains available for deliveries of requested items tothe designated kiosk. The ratio of area for pre-stocked items and areafor additional items can be adjusted based on activity and transactionhistory of the kiosk 600.

Further, additional benefits to the consumer include leveragedpartnerships between the kiosk management system 102 and other preferreditem providers (e.g., businesses, stores, gas stations, etc.) at whichkiosks may be located and maintained. For example, promotions, such ascoupons and discounts, may be provided for preferred item providers atwhich kiosks are located to incentivize consumers to select kiosks atthe preferred item providers. Additionally, preferred item providers areincentivized to host and maintain kiosks for the kiosk management system110 as it may increase consumer flow to the preferred item provider andpotential transactions with the offered promotions.

In one example, a distribution agent 108 may be assigned to 100 kiosks110 within a designated geographic area. The distribution agent 108 maybe responsible for the delivery of items, such as daily vitamin packets,to the 100 kiosks 110. It would be very costly for operator of the kioskmanagement system 102, or a vitamin provider to provide individualvitamin packets to 100 kiosks 110 within a local area, or to deliverhundreds of vitamin packets to a plurality of individual consumers whomay or may not be within the same local area. Thus, the kiosk managementsystem 108 or vitamin provider may instruct delivery of a consolidatedshipment of hundreds of vitamin packets to the distribution agent 108.The distribution agent 108 may divide the shipment into the appropriatequantities for each of the 100 kiosks 110 to which the distributionagent 108 is assigned. For example, kiosks 110 located in heavilytrafficked areas may be stocked with more vitamin packets (e.g.,downtown in a business-heavy area) than kiosks 110 in more remote areas(e.g., residential suburbs).

FIG. 7 shows a flow diagram illustrating an example process followed bya distribution agent 108 of the distribution system shown in FIG. 1 todeliver and maintain kiosks. At 700, a distribution agent 108 mayreceive an assignment from the kiosk management system 102 including asubset of kiosks 110 to monitor, manage, maintain, and deliver to. Thesubset of kiosks 110 may be within a radius of a predetermined locationsuitable to the distribution agent 108. For example, a distributionagent 108 may receive an assignment of 100 kiosks 110 within 10 miles ofhis or her home.

At 702, the kiosk management system 102 may cause an inventory entity104 to send a consolidated shipment of items to the distribution agent108. The distribution agent 108 may receive delivery of the pre-stockeditems and/or requested items from the kiosk management system 102. Thedelivery of the pre-stocked items and/or requested items may alsoinclude a manifest that identifies which kiosks 110 to deliver whichitems to and the quantity of each item.

Subsequently, at 704, the distribution agent 108 may deliver thespecific items and quantities to each of the kiosks 110 within his orher assignment. During the distribution agent's visit to each kiosk 110,the distribution agent 108 may observe and record the status of thekiosk 110, as shown at 706. For example, the distribution agent 108 maycheck that the kiosk 110 is operational and record the current inventoryof items for confirmation at the kiosk management system 102.

At 708, the distribution agent 108 may report the operation and/orcondition of the kiosk 110, such as if repairs or maintenance (e.g.,cleaning) is needed, to the kiosk management system 102 in acommunication. For example, the distribution agent 108 may report to thekiosk management system 102 if there is graffiti on the kiosks thatneeds to be cleaned off. The report may be transmitted viacommunications network in the form of an electronic mail, instantmessage, text message, SMS, or any other suitable communication ormessage to the kiosk management system 102.

Further, at 710, if there are items in the kiosks 110 that are notselling well, and/or if requested items have not been retrieved by aconsumer 112 within a time limit, the distribution agent 108 may removethese items to make room for other pre-stocked items or requested items.Additionally, the distribution agent 108 may transfer items from onekiosk to another, depending on inventory and storage needs instructed bythe kiosk management system 102. The distribution agent 108 may receiveinstructions from the kiosk management system 102 via a communicationsnetwork in the form of an electronic mail, instant message, textmessage, SMS, or any other suitable communication or message.

In one example, a kiosk may be located at a bank and the bank mayoperate as a distribution agent for the kiosk management system. Thekiosk management system may ship to the bank (Mon-Fri) and pay the bankemployees to stock the pre-stocked items into the kiosks. In someembodiments, the bank employees or bank as a distribution agent mayreceive a portion of the profits resulting from items sold at theircorresponding kiosk(s). For example, the distribution agent may receive1% of the profits, such as $0.25 for every $25 earned by the kiosksassigned to the distribution agent.

As such, the kiosk management system can provide benefits to both thedistribution agents and the consumer, providing convenience to theconsumer while increase traffic and potential business at thedistribution agent. Businesses acting as distribution agents hosting thekiosks can be compensated by maintaining the kiosks and thus beincentivized to properly maintain the kiosks for consumers coming toretrieve items. The consumers may also be likely to conduct additionaltransactions at the business acting as distribution agent. Theoperations of shipping orders and distribution of the items can bedivided between the kiosk management system ordering a consolidatedshipment of items to the distribution agent, the distribution agentdistributing the items to individual kiosks, and the consumer retrievingthe items from the kiosks. As a result, shipping costs charged to theconsumer may be close to negligible and the shipping costs to the kioskmanagement system may be reduced, while providing incentives for thedistribution agents as well. Thus, in embodiments, the advantages can beappreciated by all parties involved (e.g., the kiosk management system,distribution agents, and consumers).

FIG. 8 shows a flow diagram illustrating an example method implementedby the kiosk 600 of FIG. 6 to process an order from a consumer for anitem. In some embodiments, after the kiosk management system 102receives a request for an item from a consumer, the kiosk 600 mayreceive a query from the kiosk management system 102 at 800. The querymay include a request for current inventory information associated withthe requested item stored in the kiosk 600. In response, at 802, thekiosk 600 may transmit the current inventory information for therequested item to the kiosk management system 102. Alternatively, thekiosk 600 may send current inventory information for a plurality ofitems stored in the kiosk 600 to the kiosk management system 102.

Then, a generated code from the kiosk management system 102 may bereceived by the kiosk 600, as shown at 804. The generated code may begenerated by the kiosk management system 102 as described above. Whenthe consumer initiates retrieval of the requested item at 806, the kiosk600 may prompt the consumer to enter the generated code via the consumerinterface 612. The kiosk 600 may then receive an entered code at 808. At810, the kiosk 600 may verify the entered code with a generated codelocally. When the entered code is verified, the kiosk 600 can beauthorized to release the requested item to the consumer, e.g., viavending components 606. Then at 812, the kiosk 600 may transmit acommunication to the kiosk management system 102 with the entered codeand an indication that the entered code is verified, such that the kioskmanagement system 102 receives an indication that a retrieval of therequested item is initiated with a verified code. Accordingly, the kioskmanagement system 102 may initiate payment processing of thetransaction.

At 814, the kiosk 600 can receive a confirmation from the kioskmanagement system 102 that the code is verified, and that paymentprocessing for the requested item has been initiated to complete thetransaction. The confirmation from the kiosk management system 102 mayalso include an authorization from the kiosk management system torelease the requested item to the consumer, e.g., via vending components606. When the payment processing is complete, finally, at 816, the kiosk600 can release the requested item to the consumer.

In an example, if a consumer orders more than one item for retrievalfrom the kiosk 600, the kiosk 600 may determine an associated ordernumber with the entered code from the consumer and may be programmed torelease the items for that order number via the vending components 606all at once or in groups. For example, the kiosk 600 may release a groupof three items and then wait for those three items to be removed beforeit releases additional items to prevent items from getting stuck orlodged in the vending components 606 of the kiosk 600. If the consumerneeds help with lodged items at the kiosk 600 or another functionalissue with the kiosk 600, the consumer may communicate with the kioskmanagement system 102 through the consumer interface 612 of the kiosk600 or via the mobile application 114 described above. Alternatively,the kiosk 600 and/or the kiosk management system 102 may communicatewith the assigned distribution agent 108, such as via an electronicmessage, to instruct the distribution agent to attend to the consumer atthe kiosk 600.

Requested items may be reserved and stored in the kiosk 600 for alimited amount of time, for example, for up to 15 business days and 6weekend days. The designated time period for pick up may be determinedby the consumer requesting the items or may be a default length of timedesignated by the kiosk management system 102 or the kiosk 600. Thekiosk management system 102 or kiosk 600 may send reminder notificationsto the consumer or to a recipient to retrieve the items from thedesignated kiosk. If the items are not picked up within the designatedtime period, the reserved items may be made available for otherconsumers to request and purchase. In some embodiments, when one or moreof requested custom items that are excluded from the items with whichsome of the kiosks are pre-stocked, the requested custom items may bereturned to the kiosk management system 102, inventory entity 104,external retailer 116, or seller, so that a portion of the storage area608 of the kiosk 600 may be made available for items.

FIG. 9 shows an example external interface of a kiosk 900 found in thedistribution system shown in FIG. 1. Kiosk 900 may have a screeninterface 912 to display messages to the consumer. The screen interface912 may be a touchscreen that can also receive input from the consumer.In other embodiment, the screen interface 912 may only provide output tothe consumer, and a separate keypad (not shown) may be provided to theconsumer to provide input to the kiosk 900. The kiosk 900 may furtherinclude an Item Storage Unit 904 that stores a plurality of items. TheItem Storage Unit 904 may be opaque such that the items stored may notbe visible to provide security, protection and preservation of items,for example, to keeping vitamins out of sunlight or deter thefts ofsmall electronic devices since they cannot be seen, as opposed to beingdisplayed in a visible glass display. The Item Storage Unit 904 may beconnected to a Dispensing Mechanism 908 by a Releasing Mechanism 906.For example, the Releasing Mechanism 906 may be a mechanical arm, hookor any other suitable device that is configured to release a specificitem from the Storage Unit 904 and transport it to the DispensingMechanism 908. The Dispensing Mechanism is then configured to providethe requested item to the consumer for retrieval.

The kiosk 900 may further include a payment interface to accept cash orcredit cards 910. Alternatively to conduct payment, the consumer maylog-in with pre-registered account information or provide paymentinformation via the screen interface 912. Additionally, digitaladvertisements may be displayed in 902. The digital advertisements maybe manipulated and customized remotely and instantly based on variousfactors, such as environmental factors, including geographical location,weather, and time, and/or transactional factors, including transactionhistory, item inventory, etc.

In another embodiment, a consumer may wish to designate a recipient toreceive the requested item as a gift. Accordingly, FIG. 10 shows a flowdiagram illustrating an example method implemented by the kioskmanagement system 102 to designate a recipient to receive an item as agift and enable the recipient to retrieve the item from a kiosk 110. At1000, a consumer may request to purchase an item (e.g., a gift) for arecipient. This request from the consumer may be received by the kioskmanagement system 102 and may indicate that the requested item will beretrieved from a kiosk 110 by the recipient. Alternatively, the requestmay be transmitted by the consumer via a retail website 106 or mobileapplication 114 operated by the retailer 116. The request may betransmitted via communications network in the form of an electronicmail, instant message, text message, SMS, or any other suitablecommunication or message.

At 1002, the kiosk management system 102 may request a desired pick uplocation. The desired pick up location may be a desired geographic area.The desired pickup location may be designated by the consumer from whichthe request originated, or alternatively, the kiosk management system102 may transmit a request to the recipient for a desired pickuplocation. Thus, the consumer may designate the desired location for therecipient, for example, at a kiosk 110 by the recipient's office. Inother embodiments, the recipient may receive a communication from thekiosk management system 102 that a gift has been purchased for him orher, and that he or she may set a desired location for pickup of thegift. The communication may be transmitted via communications network inthe form of an electronic mail, instant message, text message, SMS, orany other suitable communication or message, such as through a retailwebsite 106, link, or mobile application.

Next, based on the location received from either the consumer or therecipient, the kiosk management system 102 may determine a subset ofkiosks 110 within a predetermined proximity to the location, as shown at1004. The kiosk management system may identify the kiosks within thegeographical area that have the item and then ask the requester (whetherconsumer or recipient) to select one of the identified kiosks within thegeographical area. The kiosk management system 102 may also determinewhether the gift is in stock in the subset of kiosks 110 within thepredetermined proximity of the location.

At 1006, the kiosk management system 102 may communicate a list of thesubset of kiosks 110 having the gift within the predetermined proximityof the location to the consumer or the recipient. The communication maybe transmitted via communications network in the form of an electronicmail, instant message, text message, SMS, or any other suitablecommunication or message, such as through a retail website, link, ormobile application. In the embodiment where the consumer originating therequest for the gift designates the preferred location, the list ofsubset of kiosks is provided to the consumer for selection of adesignated kiosk 110. In the embodiment when the recipient designatesthe preferred location, the list of the subset of kiosks is provided tothe recipient for selection of a designated kiosk 110.

Subsequently, the gift is reserved at the designated kiosk 110 by thekiosk management system at 1008 so that it may not be retrieved from thekiosk by another consumer. Then at 1010, the kiosk management system 102generates and transmits a message to the recipient that the gift isreserved and available at the designated kiosk 110 for retrieval by therecipient. The message may be transmitted via communications network inthe form of an electronic mail, instant message, text message, SMS, orany other suitable communication or message, such as through a retailwebsite, link, or mobile application.

When the recipient is notified that the requested item is available at1010, the notification may also include a generated code. The generatedcode can be a generated by the kiosk management system 102 and/orretailer 116. The generated code may be an alphanumeric code or a barcode as described above. The generated code may be unique to thetransaction, consumer, kiosk, and/or item. In other embodiments, thegenerated code may be associated with the kiosk, consumer, transaction,and/or item for identification purposes. In other embodiments, the kioskmanagement system 102 includes the generated code in a communication tothe kiosk to reserve the requested items at the kiosk at 1008. Thenotification may be transmitted via communications network in the formof an electronic mail, instant message, text message, SMS, madeavailable in the mobile application 114 or any other suitablecommunication or message.

To initiate retrieval of the gift from the designated kiosk 110, therecipient may be prompted to enter the generated code when recipientarrives at the designated kiosk. In an embodiment, the gift may bereserved for a limited amount of time such that the recipient isrequested to retrieve the gift within a certain time period. The timeperiod may be a default time period determined by the kiosk managementsystem 102 or retailer 116. Alternatively, the time period may bedetermined by the consumer originating the request. The recipient may beprompted via the external interface of the designated kiosk, or via auser interface presented on the recipient's mobile device via a mobileapplication when it is in proximity of the designated kiosk detected byBluetooth, near-field communications (NFC), radio-frequency integrateddevice (RFID), wireless network, or other suitable contactlesscommunication. To enter the generated code, the recipient may use theexternal interface of the kiosk, such as a keypad or a touchscreen tomanually enter the code. In another embodiment, the mobile applicationoperated on the recipient's mobile device may communicate the code tothe kiosk, e.g., via Bluetooth connection or other wirelesscommunication. Once entered, the designated kiosk 110 may communicatewith the kiosk management system 102, as shown at 1012, to verify thegenerated code. Once the code is verified, the kiosk management system102 may initiate payment processing of the originating consumer'saccount information and payment information.

Once payment is initiated (or in some embodiments, after the code isverified), the kiosk management system 102 may release the gift forretrieval by the recipient. In embodiments where the kiosk managementsystem 102 sends a communication to the designated kiosk with thegenerated code, the designated kiosk may verify the generated codelocally when the recipient enters the code to release the gift. Thetransaction is complete when the kiosk management system 102 processpayment using the originating consumer's account information and paymentinformation and instructs release of the gift from the designated kiosk110 to the recipient. Retrieving the gift may involve the recipientgoing to the designated kiosk to have the gift released from the kioskso that the recipient can take the gift home. Releasing the gift mayinclude dispensing the gift to the recipient, or unlocking an individualcompartment or module securing the gift for the recipient.

FIG. 11 shows a flow diagram illustrating an example process followed bya consumer to gift an item to a recipient. At 1100, the consumer maybrowse a retail website or on a mobile application on his or her mobiledevice. The pre-stocked items available pre-stocked at various kiosks oreligible items to be delivered to various kiosks may have an icon,stating that they are eligible and/or a number of kiosks in your zipcode that already have the selected item in stock.

At 1102, the consumer may select an item. In some embodiments, theconsumer may be notified that the dollar amount of the selected itemdoes not substantiate shipping it to the home delivery address of theconsumer. The consumer may be offered to add more items to meet aminimum threshold for shipping directly to his or her home.Alternatively, the consumer may be informed that the kiosk managementsystem may deliver the requested item to a designated kiosk for theconsumer to pick up. The shipping cost offered to the consumer for kioskpick-up may be free (and effectively negligible to the kiosk managementsystem) or significantly reduced compared to if the consumer had theitem directly shipped to his or her home.

Once the consumer determines the requested item for purchase anddelivery method, the website or mobile application may provide a dropdown menu or list of every kiosk within a predetermined proximity of thelocation designated by the consumer. At 1104, the consumer may thenelect to have the requested item(s) picked up at a kiosk.

At 1106, the consumer may then be prompted whether the requested item isfor herself or himself to pick up, or whether it is a gift for arecipient to pick up. In some embodiments, a generated code is sent tothe consumer and/or recipient for use in verifying the transaction atthe kiosk.

FIG. 12 shows flow diagrams illustrating an example process followed bya consumer to retrieve an item via a kiosk. In another embodiment inwhich the requested item is a gift for a recipient, referring to FIG.12, at 1200, the consumer may either indicate a preferred location forthe recipient or elect to let the recipient choose his or her preferredlocation. At 1202, the consumer or recipient may receive a list ofkiosks with the requested items in stock that are within a predeterminedproximity of the preferred location, either designated by the consumeror the recipient, respectively. The consumer or recipient may thenselect a different designated kiosk.

Subsequently, at 1204, the recipient may receive a notification that agift is available and reserved for the recipient at the designatedkiosk. The notification may include a generated code for the recipientto access and retrieve the gift.

The consumer may then may receive a notification or communication at1206 that the recipient has initiated retrieval of the gift with averified code. The consumer may receive a confirmation of paymentinformation at 1208, and then the requested item is released to therecipient at 1210 to complete the transaction.

FIG. 13 shows an example user interface of a mobile applicationpresented on a mobile device via which a recipient can initiateretrieval of a gift from a kiosk. Screen 1304 may include a message tothe recipient, indicating the consumer, item, and location, as shown in1302. The message may further include a QR code 1304, or any othersuitable code that the recipient may use to initiate retrieval of thegift at the kiosk. The QR code or other code may be scannable by thekiosk via any suitable scanning interface, such as an optical device. Inanother embodiment, the recipient may be prompted via the externalinterface of the designated kiosk, or via a user interface presented onthe recipient's mobile device via a mobile application when it is inproximity of the designated kiosk detected by Bluetooth, near-fieldcommunications (NFC), wireless network, or other suitable contactlesscommunication.

In another embodiment, a consumer may request an item that is excludedfrom the pre-stocked items in nearby kiosks 110, or request an item thatis currently out of stock in nearby kiosks 110. FIG. 14 shows a flowdiagram illustrating an example method implemented by the kioskmanagement system to process a request for an item that is excluded fromthe pre-stocked items in the kiosks. At 1400, the kiosk managementsystem 102 can receive a request for an item from a consumer. A subsetof kiosks 110 may then be determined at 1402 based on a preferredlocation designated by the consumer. For example, the subset of kiosks110 may be within a predetermined proximity of the preferred location.The predetermined proximity may be determined by the consumer or adefault value determined by the kiosk management system 102.

At 1404, a list identifying the subset of kiosks 110 can be provided tothe consumer for selection of a designated kiosk. The list may bedisplayed to the consumer via a webpage or a mobile application operatedby the kiosk management system or by the retailer. Alternatively, thelist may be provided in a communication via a communications network, inthe form of an electronic mail, instant message, text message, SMS,social networking post, or any other suitable communication or message.When a designated kiosk 110 is selected from the list by the consumer,the selection may be transmitted to the kiosk management system 102, asshown at 1406. After the kiosk management system 102 receives theselection of the designated kiosk 110, the kiosk management system 102at 1408, may identify the designated kiosk's corresponding distributionagent 108 that has been assigned by the kiosk management system 102monitor, maintain and deliver items to the designated kiosk 110.

Subsequently at 1410, the kiosk management system 102 may instruct thecorresponding distribution agent 108 to deliver the requested item in aconsolidated shipment with other items for the correspondingdistribution agent to deliver to individual kiosks in the subset ofkiosks 110 to which the distribution agent 108 is assigned. Instructionsmay be provided to the distribution agent 108 through electronictransmissions communicated over any suitable communications network,such as email, text, or SMS transmitted via a telecommunicationsnetwork. Alternatively, instructions and assignments of the individualkiosks assigned to the distribution agent 108 may be communicated to thedistribution agent 108 via postal service or any suitable mail service.The kiosk management system 102 may also call the distribution agent 108to provide instructions verbally over the telephone using an automatedmessage or a representative of the kiosk management system 102. Then,the kiosk management system 102 may instruct a consolidated shipment ofitems, including the requested item, to the distribution agent 108. Insome embodiments, delivery to the distribution agent 108 may involve thekiosk management system 102 instructing an inventory entity 104 to shipthe items.

At 1412, the kiosk management system 102 may generate a code forassociation with the transaction for the requested item. As describedabove, the code may be, e.g., a randomly generated code, a bar code,etc. In some embodiments, the code may be generated using a uniqueidentifier for the transaction, the requested item, the consumer, and/orthe designated kiosk.

After generation of the code, the kiosk management system 102 may send acommunication to the consumer and/or the designated kiosk 110 at 1414.The communication to the designated kiosk 110 may include the generatedcode. The communication to the consumer may include the generated code,as well as a notification to the consumer that the requested item hasbeen delivered and is ready/reserved for the consumer to pick up at thedesignated kiosk. The communication may be via a communications network,in the form of an electronic mail, instant message, text message, SMS,social networking post, or any other suitable communication or message.

At 1416, when the consumer initiates retrieval of the requested item forthe designated kiosk 110, the designated kiosk may prompt the consumervia an external interface (as will be described below) to enter thegenerated code. In one embodiment, the kiosk transmits the generatedcode to the kiosk management system 102 for verification. In otherembodiments, the designated kiosk 110 verifies the generated codelocally at the designated kiosk. When the generated code is verified,the kiosk management system 102 may authorize the designated kiosk 110to release the requested item to the consumer. In yet other embodiments,when the generated code is verified (either by the kiosk managementsystem 102 or the designated kiosk 110), the designated kiosk 100 isautomatically authorized to release the requested item to the consumerwithout requiring further instruction or authorization from the kioskmanagement system.

Finally at 1418, the transaction for the requested item is completedwhen the kiosk management system 102 initiates payment processing forthe transaction using the consumer's account information and paymentinformation. In some embodiments, the designated kiosk then releases therequested item to the consumer.

According to embodiments described herein, a recipient or other consumermay have a variety of items reserved for pick up at a kiosk 110 for areduced shipping cost to the consumer. Reduced operations, inventory,and delivery costs to the kiosk management system 102 and/or retailer116 may also be significantly reduced. Further the kiosk managementsystem 102 and/or retailer 116 may offer a broader selection of items.For example, the consumer may not be limited to the items that arepre-stocked in, or pre-selected for, specific kiosks in particularlocations. The consumer may request that any item available from thekiosk management system 102 and/or retailer 116 be delivered, usingdistribution agents, to a kiosk of the consumer's choice, for a reducedshipping cost compared to the cost of shipping had the consumerrequested deliver directly to his or her home.

FIG. 15 shows a flow diagram illustrating an example process followed bya consumer to retrieve an item via a kiosk. In an embodiment where theconsumer has requested an item for herself or himself, referring to FIG.15, at 1500, the consumer may indicate a preferred pickup location. Thepickup location may be automatically detected to be the consumer'sbilling or shipping zip code, or the GPS location of the mobile deviceof the consumer may be detected. Alternatively, the consumer maymanually designate another location, such as a future location at whichthe consumer will be located.

Next, at 1502, the consumer may receive a list of kiosks with therequested items in stock that are within a predetermined proximity ofthe preferred location. The consumer may then select a designated kioskat 1504.

Subsequently, at 1506, the consumer may receive a notification that therequested item is available and reserved for the consumer at thedesignated kiosk. The notification may include a generated code for theconsumer to access and retrieve the requested item.

The consumer may then travel to the designated kiosk at 1508, and enterthe generated code at 1510. When the entered code is verified, at 1512,the consumer may receive another notification or communication that theentered code was verified and that retrieval of the requested item hasbeen initiated. The consumer may receive a confirmation of paymentinformation at 1514, and then the requested item is released at 1516 tocomplete the transaction.

As described herein, in some embodiments a mobile application operatedon a mobile device may be used by a consumer to conduct a transactionfor a requested item. For example, any of the steps described in FIGS.11, 12, and 15 may be conducted using a mobile application.

FIG. 16 shows an example mobile device via which a recipient caninitiate retrieval of a gift from a kiosk. The mobile device 1600 mayinclude a processor device 1612 and a non-transitory computer readablemedium 1624. The processor device 1612 may be operatively coupled toseveral hardware components. For example, the processor device 1612 maybe coupled to an input/output device 1604 (e.g., keyboard) and display1606 (e.g., LCD screen) to provide an interface to the consumer. Tocommunicate with networks and transmit and receive data, the processordevice 1612 may be further coupled to an antenna 1602 or radio-frequencyintegrated device 1608 (RFID). The mobile device 1600 may be configuredto connect to the Internet, Wi-Fi, or other telecommunicationnetwork(s). The mobile device may be further configured to connect viaBluetooth. To determine a location of the mobile device, there may be aglobal positioning system (GPS) module 1610.

The processor device 1612 may be further coupled to a data store 1610storing information related to the mobile device and/or the consumer.For example, the mobile device identification number (e.g., IMEI), ormobile device identifier (e.g., phone number). Additionally, thecomputer readable medium 1624 may include several software modulescontaining code executable by the processor device to perform one or anyof the functions described above. For example, the computer readablemedium 1624 may include an operating system module 1616, a locationengine 1618, a mobile application engine 1620, and a communicationengine 1622. The location engine 1618 may be in communication with theGPS module 1610 to determine and transmit a location of the mobiledevice. The mobile application engine 1620 may operate a mobileapplication on the operation system maintained by the operating systemmodule 1616 to conduct the functions described in at least FIGS. 11, 12and 15. The mobile device 1600 may be configured to transmit and receivemessages, communications, and data using the communications engine 1622.

FIG. 17 shows an example user interface of a mobile applicationpresented on a mobile device via which a consumer can select a kioskfrom which to retrieve an item according to at least an embodiment. Forexample, the consumer may launch the mobile application on his or hermobile device (e.g., mobile phone, tablet) or view a network siteoperated by the kiosk management system showing screenshot 1700. Theconsumer can view websites from a laptop computer, mobile device, or anyother computing device capable of connecting to the Internet through awire or wireless connection. As shown in FIG. 17, the consumer may beprompted with a Search Box 1702. The consumer may enter keywords, aspecific item, category, type, price, identification number, etc. intothe Search Box 1702. For example, as shown in FIG. 17 in Search Box1702, the consumer may search for a “tablet under $100.” Other examplesof search inquires may be “organic dog food”, “gifts under $25”, “ISBN123456789”, “Brand XYZ apparel in San Francisco”, or any other suitablesearch query with any number of restrictions or limitations based on theconsumer's preferences, including but not limited to, price, category,product information, identifiers, location, etc.

In an embodiment, a location of the consumer may be automaticallydetected. For example, on a mobile device such as a mobile smartphone,GPS may be used to determine the consumer's location on the street. Inanother example, an IP address or other location identifying informationmay be determined from a computer the consumer is using to access thenetwork site. When the location of the consumer is determined, a list ofrelevant items based on the search query may be provided in 1704 to theconsumer, and a list of the nearest locations of kiosks 1710. The listof relevant items may include the item name and price, or any otherrelevant information. In some embodiments, the consumer may click on theitem to get more item information, such as reviews and detaileddescription. The list of closest kiosks 1710 to the consumer's locationmay include the distance from the consumer 1708, and the list may bearranged by distance. For example, the closest kiosk is 0.5 miles awayand may be listed first, and the further kiosk that is 5 miles away islisted last, as shown in the list 1710 arranged by distance 1708.

Each kiosk may have an option for the consumer to reserve the item atthe designated kiosk, as shown by 1706. The consumer may select toreserve the item via a link or button for the consumer to click on usinga mouse or select using his or her finger on a touchscreen, or any othersuitable method for the consumer to select the option to reserve in1706. The option of reserve 1706 may further provide other details tothe consumer, for example, which relevant items are available at thatkiosk, and associated reserve fees. For example, the consumer may wishto go to the nearest kiosk, Kiosk A, which is 0.5 miles away from theconsumer's location. The consumer may be able to select Kiosk A and viewwhich tablet versions shown in the Result item list 1704, are availableat Kiosk A. The consumer may have the option to reserve a Table model200 for $75.99 at Kiosk A for a $5 reserve fee. If the consumer wants alower reserve fee, the consumer may select another kiosk, such as KioskB 1 mile away, to see if the Tablet model 200 is available and only paya reserve fee of $3. Alternatively, the consumer may also choose anotherrelevant item, such as the Tablet Deluxe for $99.99 and only pay a $2reserve fee at Kiosk C, 5 miles away. Accordingly, the consumer is givenflexibility in choosing which relevant items to purchase, where topurchase and pick them up, and at what total price (including reservefee). In other embodiments, there may be no reserve fee. The reserve feemay be determined based on location, transaction information (e.g.,price of the item), convenience to the consumer, location, and/or anyother variables. In another embodiment, the same item may have varyingprices at different kiosks and locations.

FIG. 18 shows an example user interface of a mobile applicationpresented on a mobile device via which a consumer can opt to hold anitem at a kiosk for a predetermined amount of time without purchasingthe item according to at least an embodiment. After the consumer selectsan item, such as the Table model 200 for $75.99 at Kiosk B 1 mile away,the consumer may be provided with screenshot 1800 on the mobileapplication, or a similar webpage on the network site. The consumer maybe presented with an option to “Log-In to Reserve and Purchase” 1802, oran option to merely hold the item for a pre-determined amount of time,for example, an option to “Hold for 4 Hours” 1804. When the consumerselects “Hold for 4 Hours” 1804, the item may held for that consumer forthe pre-determined amount of time such that when that window of timeelapses, the item is no longer reserved and may be purchased or reservedby another. For example, the Tablet model 200 for $75.99 may be reservedwithout processing any payment information or initiating any paymentprocess until the consumer goes to initiate retrieval of the Tabletmodel 200 within 4 hours. However, if the consumer fails to initiateretrieval of the Tablet Model 200 within 4 hours, another consumer mayreserve and purchase it.

When the consumer selects “Log-In to Reserve and Purchase” 1802, thenthe screenshot 1900 of FIG. 19 may be provided to the consumer. FIG. 19shows an example user interface of a mobile application presented on amobile device via which a consumer can select purchase options. Theremay be multiple options for the consumer to purchase the requested itemand initiate payment. One option may be to “Log-In With ExistingAccount” 1902. For example, as described previously, the consumer may bepre-registered with the kiosk management system and/or retailerproviding the requested item. The consumer may select 1902 and log-inwith his or her pre-registered account information, where a paymentprocess is initiated with saved information associated with theconsumer's registration, for example a saved credit card, billingaddress, etc. The consumer may also select to “Create New Account” 1904if the consumer is not pre-registered and does not have an existingaccount with the kiosk management system and/or retailer. When selectedto “Create New Account” 1904, the consumer may be prompted to providevarious account and payment information that is saved with the kioskmanagement system and/or retailer. Another option may be purchase with aguest account and “Purchase Without an Account” 1906. The consumer maybe prompted to provide payment information that is not saved for futuretransactions. Another option provided to the consumer may be “Hold”1908, where the consumer is prompted to provide payment information, butthe item is reserved without processing the payment information untilretrieval is initiated, and then the payment process is initiated whenthe consumer goes to the kiosk to initiate retrieval of the requesteditem.

FIG. 20 shows an example user interface of a mobile applicationpresented on a mobile device via which a consumer can indicate that heor she is at a kiosk to retrieve the item. After the purchase of therequest item has been made, as shown in FIG. 11 or the item has been puton hold, the consumer may then proceed to the designated kiosk. Anexample screenshot 2000 may be provided to the consumer on his or hermobile device when initiating retrieval of the requested item at thekiosk. The screenshot 2000 may show an order number 2002, including therequested item and relevant item information 2008, a location 2004, anda status 2006 of the order. When the consumer is at the kiosk, theconsumer may click on the “At Kiosk” 2010, and a code may be displayedon the mobile application on the mobile device (not shown). The code maybe a quick response (QR) code, or any other matrix or two dimensionalbarcode, a one dimensional barcode, an alphanumeric code, or any othersuitable code. The code may be scanned by the kiosk, or may be manuallyentered by the consumer into a screen interface or a keypad on thekiosk. The status 2006 of the order may be then change from “Pending” to“Ready for Pickup,” or “Picked up at 7:30 PM Jul. 8, 2013.” The status2006 of order may be updated in real-time. For example, if the requesteditem needs to be delivered to the designated kiosk, the status mayindicate “In Transit” before it is changed to “Ready for Pickup.”

FIG. 21 shows example user interfaces of a mobile application presentedon a mobile device via which a consumer may search for kiosks. In someinstances, the consumer may not have a specific item or other searchqueries associated with the item. In an embodiment, the consumer maysearch for kiosks based on location. Screenshots 2100 show an examplemethod of a consumer making a request for items based on location first.As shown in FIG. 21, in screenshot 2102, the consumer may wish to findthe nearest kiosk. For example, the consumer may be visiting an aunt inanother town the consumer is not familiar with, but would like topurchase a gift to bring to his or her aunt. The consumer may enter anaddress, zip code, or city, for example, his or her aunt's address orcity. Alternatively, if on his or her mobile device, the consumer mayselect to “Use Current Location” 2106 to have his or her GPS locationautomatically detected. The nearest kiosk may then be displayed in 2110.

Subsequently, screenshot 2104 may be displayed when the consumer selectsthe resulting nearest kiosk (in this example, 123 Main St.). Thescreenshot 2104 may indicate the designated kiosk 2112, in this example,by displaying the address. In another embodiment, an identifier for thekiosk may be displayed, or location (e.g., Powell St. BART StationKiosk). A list of the top items sold or requested in the kiosk may belisted in 2116. In the list 2116, the consumer may further providesearch queries in Search Box 2114. The Item List 2116 may include thetop 50 or 100 items, ranked by popularity, and include a quantity ofeach item stocked in the kiosk indicated in 2112. Other information,such as price, may be displayed. Further, the consumer may select anitem to view additional details, such as reviews, images, and/or itemdescription.

Next, FIG. 22 shows an example user interface presented on a kiosk viawhich a consumer may scan or enter a code to initiate retrieval of theitem from the kiosk. After the consumer has selected the item from list2116, the consumer may receive a QR code or generated code and approachthe kiosk indicated in 2112. The kiosk may display on a screen interfaceto “Scan QR Code” 2210. In another embodiment, the consumer may beprompted by the kiosk to “Enter Code” 2212, for example, if thegenerated code is a series of alphanumeric characters. The kiosk may beconfigured to scan other one and two-dimensional barcodes, or othersuitable barcodes or images. The kiosk may then provide the consumerwith options to “Select and Buy Right Now” 2214, and subsequentlyrelease and dispense the requested item(s) to the consumer.Alternatively, the consumer may elect to search again 2216 and beprovide with a “Search Box” 2218 to provide search queries for items indesignated kiosk that the consumer is interacting with or other kiosks.Alternatively, the consumer may be routed to the screenshot 2104 of FIG.21, but displayed on the kiosk screen interface.

Many advantages and benefits are achieved by having the requested itemsdelivered to a kiosk for a consumer or a recipient to pick up, asdescribed herein in this disclosure. For example, with consolidatedshipping to the network of kiosks involving a network of distributionagents, the kiosk management system and/or retailers can charge lowershipping rates for the consumer. Thus, consumers can get a lower totalactual sales price on the item because the retailer or kiosk managementsystem no longer needs to operate or pay for individual shipping to thehome. Accordingly, the kiosk management system described herein providesefficient, cost-reducing, convenient, and stream-lined distribution of avariety of items to a multitude of consumers.

In current electronic transactions, many network retailers may offerfree shipping if the consumer purchases special items or if the totalamount of the purchase exceeds a minimum threshold. For example, aconsumer may be offered free shipping only for promotional items (e.g.,all shoe purchases for a particular brand ship for free), or theconsumer may receive free shipping for all orders over $25. However, inthe present disclosure, the consumer may request a singular item thatmay not exceed the minimum threshold for inclusive or automatic freeshipping, but may receive a reduced shipping cost by electing to havethe requested item delivered to a designated kiosk for pick-up insteadof paying full shipping for it to be delivered individually to theconsumer's home.

According to embodiments described herein, an end consumer (e.g.,consumer, recipient) may be able to have a variety of items availablefor pick up at a customized designated location for a reduced shippingcost to the consumer. Reduced operations, inventory, and delivery coststo the kiosk management system and/or external retailer may also besignificantly reduced. Further the kiosk management system and/orexternal retailer may offer a broader selection of items. For example,the consumer may not be limited to pre-stocked items that are determinedfor specific kiosks in particular locations based on transaction dataanalysis. The consumer may request any item that can be delivered, usingdistribution agents, to a designated kiosk of the consumer's choice, fora reduced shipping cost compared to if the consumer had the requesteditem delivered directly to his or her home.

Further, additional benefits to the consumer include leveragedpartnerships between the kiosk management system and other entities atwhich kiosks may be located and maintained at. For example, promotions,such as coupons and discounts, may be provided for businesses at whichkiosks are located at to incentivize consumers to select kiosks at thebusinesses. Additionally, businesses are incentivized to host andmaintain kiosks for the kiosk management system as it may increaseconsumer flow to the business and potential transactions with theoffered promotions.

The kiosk management system provides a sustainable business model withconsumer conveniences and advantages to make shipping of a plurality ofitems more profitable to the kiosk management system and/or retailerwhile keeping shipping costs to the consumer low. Thus, a broad varietyof items may be delivered to any consumer within reasonable parametersthat the consumer, sellers/retailers and the kiosk management systemwith the use of distribution agents.

In a simplified example a distribution agent may be assigned to 100kiosks in a designated geographical location. The distribution agent maybe responsible for the delivery of pre-stocked items, such as a dailyvitamin packet, to the 100 kiosks. It would be very costly for the kioskmanagement system, or a vitamin provider to provide individual vitaminpackets to 100 kiosks within a local area, or to deliver hundreds ofvitamin packets to a plurality of individual consumers who may or maynot be within the same local area. Thus, the kiosk management system orvitamin provider may deliver a consolidated shipment of hundreds ofvitamin packets to the distribution agent. The distribution agent maydivide the shipment into the appropriate quantities for each of the 100kiosks the distribution agent is assigned to maintain. For example,kiosks located in heavily trafficked areas may be stocked with morevitamin packets (e.g., downtown in a business-heavy area) than kiosks inmore remote areas (e.g., residential suburbs).

The kiosk management system or retailer (e.g., vitamin provider) couldnever profitably deliver to every home of individual consumers or to the100 individual kiosks with the varying inventories, so the entireshipments is consolidated to the distribution agent. As such, thedistribution agent delivers the requested item to the “last mile.”

In some embodiments when the requested item is included in thepre-stocked items that are typically available at some of the kiosks inthe plurality of networked kiosks, the kiosk management system mayprovide the consumer with 24 hour convenience, spontaneous “on-the-spot”item purchases, and secure item pick up on millions of items for lowerprices at a customized location convenient to the consumer.

In an alternative embodiment, an external retailer or seller mayprovider the items to be distributed by the kiosk management system. Thesellers and retailers are also benefited by the use of the plurality ofnetworked kiosks and distribution agents, as sellers and retailers canprovide a wide variety of items, including very low cost items, to bedelivered to consumers over a wider range of locales without increasingtheir delivery and shipping operation costs.

The kiosk management system in conjunction with its sellers to provide amultitude of items, including low priced items that are typically tooexpensive to ship directly to the home of a consumer. The consumer canorder one low priced item or a number of eligible pre-stocked items andhave it sent to a designated kiosk. The kiosk management system maymanage a plurality of networked kiosks, for example; including 20,000kiosks over an expanded geographical location. The delivery of therequested items may be free to the consumer when the requested items arepicked up at the consumer designated kiosk. The kiosk management systemcan scale this infrastructure and may be able to lower prices onmillions of items because consolidated shipping of the items aredelivered to individual distribution agents who work in the specificgeographies and maintain/manage the plurality of kiosks managed by thekiosk management system.

The benefits appreciated and achieved by a kiosk of the plurality ofnetworked kiosk to the consumer, according to at least one embodiment,include at least a wide variety and number of items available,pre-stocked and instantaneously to a consumer. The kiosk may beconfigured to hold hundreds of items of a specific size and weight.Additionally, with the infrastructure of a network of distributionagents to provide daily deliveries to individual kiosks and receivedeliveries in a consolidated manner, passes shipping cost savings to theconsumer by sharing shipping costs between the consumer and the kioskmanagement system and/or retailer, thus creating lower prices for therequested items. The kiosks also provide “on the spot” and on-demandhigh turn-around items in available empty spots in the storage area ofthe kiosk.

In additional embodiments, the kiosk may further provide suggestions andrecommendations of these “on the spot” items for the consumer toadditionally purchase while at the kiosk retrieving the originalrequested item. The kiosk allowed the consumer to have secure, 24 houraccess to requested items and access to other items that are pre-stockedin the kiosk. Convenience to the consumer is also achieved by having thekiosks initiate payment processing directly with the kiosk managementsystem, in which a pre-registered, existing consumer account may beused. Some embodiments may involve a mobile device, in which theconsumer may utilize a mobile application operated on a mobile device toconduct transactions to request an item at a kiosk. In otherembodiments, the request for requested items may be made over theInternet on a laptop, desktop computer, or other device capable ofconnecting to the Internet. The existing account of the consumer may beaccess by the mobile device, or on a desktop or laptop computing device,or any suitable device.

From a mobile device of the consumer, the consumer may be able to viewand browse items in the mobile application operated on the mobile deviceand can search all kiosks to find a requested item. For example, aconsumer may request medication for a baby at 2 am when all drugstoresare closed, a razor at 9 pm when the consumer has landed in a new cityfor a business meeting, or a new tablet model that is the must have itemand it is Christmas morning. Convenient locations of the kiosks may bein retail shopping centers, bank parking lots and gas stations—locationsthat may already be often frequented by consumers. Additionally,delivery to and pick up from the kiosk may be a negligible to the kioskmanagement system and/or retailer/seller such that the consumeressentially receives free delivery of the requested item(s).

Further features offered by the kiosk management system include theoption for the consumer to request an item to a recipient as a gift fordelivery to another kiosk in another location in real-timeinstantaneously. The recipient or consumer may be able to instantlyorder and pick up a requested item at a designated kiosk.

Additionally, consumers that are not registered with the kioskmanagement system or providing retailer may conduct a transaction. Thus,the consumer may not need to be pre-registered. As such, a consumerwithout a pre-registered account, a consumer visiting from anothercountry, or a consumer without current access to his or her credit cardcan request items to a designated kiosk via the Internet or the mobileapplication, and pay cash for the requested item at the kiosk duringpickup. The kiosks may be configured to accept cash payment forrequested items and e-mail a receipt to the consumer. In an example, akiosk may be co-located at a bank, and an ATM machine may be locatednear the kiosk to make cash payment for requested items convenient forconsumers.

In another embodiment, the kiosk can co-promote with another business atits location. For example, if a consumer selects a kiosk outside acoffee shop, the kiosk management system may co-promote with the coffeeshop to offer a promotion at the kiosk so that between 2 and 6 pm thekiosk can issue an e-mail or print a coupon for $2.00 off a drinkordered at that coffee shop when the consumer picks up his or herrequested item.

Additionally, in another embodiment, and shown in FIG. 9, the kiosks mayprovide digital advertisements (e.g. Lighted Ads 902) that may bemanipulated and customized remotely by the kiosk management system. Theadvertisements may be customized based on the location of the kiosk,current inventory of items, and/or transaction history and analysis ofbest-selling items at the designated kiosk. For example, if a particularitem has ran out, such as umbrellas, the kiosk may manipulate itsadvertisements for a secondary, replacement item, such as ponchos. Inanother example, a kiosk located at a sports stadium may display moreadvertisements related to sports paraphernalia, bars/restaurants in thearea, etc. In other embodiments, advertisements may be customizedremotely and instantly based on environmental factors, such asgeographical location, weather and time. For example, advertisements fora new book released may be shown during popular gifting holidays, suchas Christmas.

In another embodiment, wireless (e.g., Wi-Fi) service may be offered atthe kiosk so that a consumer may pay a fee to access a Wi-Fi hotspot ata kiosk. Free or reduced price Wi-Fi service could be provided to aconsumer making a purchase through the kiosk. The consumer may pay forWi-Fi service from the kiosk (monthly fee or one-time) and access theInternet nearby, for example, in his or her car in a parking lot of thelocation of the kiosk.

The benefits of kiosks in the kiosk management system according to atleast one embodiment include the ability to distribute and provide avariety of items at low cost and additionally accept cash payments. Lowshipping costs can be achieved by the kiosk management system providingefficient consolidated shipments to a distribution agent, who then maydeliver the individual items to the individual plurality of kiosks.

Sales may be increased especially for low cost items that, if shippedindividually directly to consumers' homes, may not profitably sellbecause of high shipping and operation costs associated with individualshipping of low priced items. Thus with the kiosks, low cost items maybe distributed and sold to consumers in a secure manner. Even moreshipping cost savings are appreciated with high cost items. Accordingly,embodiments and advantages achieved by embodiments can be extended toand appreciated by the distribution of both low and high cost items.

Further, individual kiosks may be placed and removed quickly. Kiosks maybe placed in geographical locations that are more remote since they canoperate autonomously without constant human supervision, unlikebrick-and-mortar store locations needing large areas for constructionand human intervention/operation. Alternatively, kiosks may be placed inlocations that can provide convenient access to consumers 24 hours a dayand 7 days a week, while store locations (e.g., brick-and-mortar retaillocations) are limited by hours of operation. Thus the kioskinfrastructure may be updated and modified quickly and inexpensively toautonomously distribute a plurality of items to consumers. The kiosksmay be conveniently placed with a variety of business, for example,creating partnerships with gas stations, coffee shops, convenient storesand banks to provide further services, discounts and convenient to theconsumer. The kiosk management system can partner with large gasoperators to give cents off a gallon of gas when a consumer uses thekiosk. Businesses hosting the kiosks may also benefit from increasedbusiness and visits from consumers retrieving items from the kiosks. Insome embodiments, the merchants (e.g., businesses) and the kioskmanagement system may have a symbiotic relationship so that the merchantcan act as a distribution agent for the kiosk management system to stockthe kiosks, while the kiosk management system provides increased trafficand business to the merchant.

Other applications of the kiosk management system may be extended andapplication to any suitable item, such as prescription drugs andhealth/beauty products. Independent pharmacy owners may operate asdistribution agents and/or host kiosks, using kiosks as 24 hour pick upplaces for consumer to access products like a bottle of Tylenol, hairgel, brushes, etc. Immediate access and pick up at the kiosk may befaster than mail order and local to the area of the consumer. In anembodiment, the consumer can provide his or her prescription to thekiosk management system and/or pharmacy provider, thus offering theconsumer's prescriptions

FIG. 23 illustrates aspects of an example environment for implementingaspects in accordance with various embodiments. As will be appreciated,although a network-based environment is used for purposes ofexplanation, different environments may be used, as appropriate, toimplement various embodiments. The environment includes an electronicclient device 2302, which can include any appropriate device operable tosend and receive requests, messages or information over an appropriatenetwork 2304 and convey information back to a user of the device.Examples of such client devices include personal computers, cell phones,handheld messaging devices, laptop computers, set-top boxes, personaldata assistants, electronic book readers and the like. The network caninclude any appropriate network, including an intranet, the Internet, acellular network, a local area network or any other such network orcombination thereof. Components used for such a system can depend atleast in part upon the type of network and/or environment selected.Protocols and components for communicating via such a network are wellknown and will not be discussed herein in detail. Communication over thenetwork can be enabled by wired or wireless connections and combinationsthereof. In this example, the network includes the Internet, as theenvironment includes a network server 2306 for receiving requests andserving content in response thereto, although for other networks analternative device serving a similar purpose could be used as would beapparent to one of ordinary skill in the art.

The illustrative environment includes at least one application server2308 and a data store 2310. It should be understood that there can beseveral application servers, layers, or other elements, processes orcomponents, which may be chained or otherwise configured, which caninteract to perform tasks such as obtaining data from an appropriatedata store. As used herein the term “data store” refers to any device orcombination of devices capable of storing, accessing and retrievingdata, which may include any combination and number of data servers, datastores, data storage devices and data storage media, in any standard,distributed or clustered environment. The application server can includeany appropriate hardware and software for integrating with the datastore as needed to execute aspects of one or more applications for theclient device, handling a majority of the data access and business logicfor an application. The application server provides access controlservices in cooperation with the data store and is able to generatecontent such as text, graphics, audio and/or video to be transferred tothe user, which may be served to the user by the network server in theform of HyperText Markup Language (“HTML”), Extensible Markup Language(“XML”) or another appropriate structured language in this example. Thehandling of all requests and responses, as well as the delivery ofcontent between the client device 2302 and the application server 2308,can be handled by the network server. It should be understood that thenetwork and application servers are not required and are merely examplecomponents, as structured code discussed herein can be executed on anyappropriate device or host machine as discussed elsewhere herein.

The data store 2310 can include several separate data tables, datastores or other data storage mechanisms and media for storing datarelating to a particular aspect. For example, the data store illustratedincludes mechanisms for storing production data 2312 and userinformation 2316, which can be used to serve content for the productionside. The data store also is shown to include a mechanism for storinglog data 2314, which can be used for reporting, analysis or other suchpurposes. It should be understood that there can be many other aspectsthat may need to be stored in the data store, such as for page imageinformation and to access right information, which can be stored in anyof the above listed mechanisms as appropriate or in additionalmechanisms in the data store 2310. The data store 2310 is operable,through logic associated therewith, to receive instructions from theapplication server 2308 and obtain, update or otherwise process data inresponse thereto. In one example, a user might submit a search requestfor a certain type of item. In this case, the data store might accessthe user information to verify the identity of the user and can accessthe catalog detail information to obtain information about items of thattype. The information then can be returned to the user, such as in aresults listing on a network page that the user is able to view via abrowser on the user device 2302. Information for a particular item ofinterest can be viewed in a dedicated page or window of the browser.

Each server typically will include an operating system that providesexecutable program instructions for the general administration andoperation of that server and typically will include a computer-readablestorage medium (e.g., a hard disk, random access memory, read onlymemory, etc.) storing instructions that, when executed by a processordevice of the server, allow the server to perform its intendedfunctions. Suitable implementations for the operating system and generalfunctionality of the servers are known or commercially available and arereadily implemented by persons having ordinary skill in the art,particularly in light of the disclosure herein.

The environment in one embodiment is a distributed computing environmentutilizing several computer systems and components that areinterconnected via communication links, using one or more computernetworks or direct connections. However, it will be appreciated by thoseof ordinary skill in the art that such a system could operate equallywell in a system having fewer or a greater number of components than areillustrated in FIG. 23. Thus, the depiction of the system 2300 in FIG.23 should be taken as being illustrative in nature and not limiting tothe scope of the disclosure.

The various embodiments further can be implemented in a wide variety ofoperating environments, which in some cases can include one or more usercomputers, computing devices or processing devices which can be used tooperate any of a number of applications. User or client devices caninclude any of a number of general purpose personal computers, such asdesktop or laptop computers running a standard operating system, as wellas cellular, wireless and handheld devices running mobile software andcapable of supporting a number of networking and messaging protocols.Such a system also can include a number of workstations running any of avariety of commercially-available operating systems and other knownapplications for purposes such as development and data store management.These devices also can include other electronic devices, such as dummyterminals, thin-clients, gaming systems and other devices capable ofcommunicating via a network.

Most embodiments utilize at least one network that would be familiar tothose skilled in the art for supporting communications using any of avariety of commercially-available protocols, such as TransmissionControl Protocol/Internet Protocol (“TCP/IP”), Open SystemInterconnection (“OSI”), File Transfer Protocol (“FTP”), Universal Plugand Play (“UpnP”), Network File System (“NFS”), Common Internet FileSystem (“CIFS”) and AppleTalk. The network can be, for example, a localarea network, a wide-area network, a virtual private network, theInternet, an intranet, an extranet, a public switched telephone network,an infrared network, a wireless network and any combination thereof.

In embodiments utilizing a network server, the network server can runany of a variety of server or mid-tier applications, including HypertextTransfer Protocol (“HTTP”) servers, FTP servers, Common GatewayInterface (“CGI”) servers, data servers, Java servers and businessapplication servers. The server(s) also may be capable of executingprograms or scripts in response requests from user devices, such as byexecuting one or more network applications that may be implemented asone or more scripts or programs written in any programming language,such as Java®, C, C# or C++, or any scripting language, such as Perl,Python or TCL, as well as combinations thereof. The server(s) may alsoinclude data store servers, including without limitation thosecommercially available from Oracle®, Microsoft®, Sybase® and IBM®.

The environment can include a variety of data stores and other memoryand storage media as discussed above. These can reside in a variety oflocations, such as on a storage medium local to (and/or resident in) oneor more of the computers or remote from any or all of the computersacross the network. In a particular set of embodiments, the informationmay reside in a storage-area network (“SAN”) familiar to those skilledin the art. Similarly, any necessary files for performing the functionsattributed to the computers, servers or other network devices may bestored locally and/or remotely, as appropriate. Where a system includescomputerized devices, each such device can include hardware elementsthat may be electrically coupled via a bus, the elements including, forexample, at least one central processing unit (“CPU”), at least oneinput device (e.g., a mouse, keyboard, controller, touch screen orkeypad) and at least one output device (e.g., a display device, printeror speaker). Such a system may also include one or more storage devices,such as disk drives, optical storage devices and solid-state storagedevices such as random access memory (“RAM”) or read-only memory(“ROM”), as well as removable media devices, memory cards, flash cards,etc.

Such devices also can include a computer-readable storage media reader,a communications device (e.g., a modem, a network card (wireless orwired), an infrared communication device, etc.) and working memory asdescribed above. The computer-readable storage media reader can beconnected with, or configured to receive, a computer-readable storagemedium, representing remote, local, fixed and/or removable storagedevices as well as storage media for temporarily and/or more permanentlycontaining, storing, transmitting and retrieving computer-readableinformation. The system and various devices also typically will includea number of software applications, modules, services or other elementslocated within at least one working memory device, including anoperating system and application programs, such as a client applicationor network browser. It should be appreciated that alternate embodimentsmay have numerous variations from that described above. For example,customized hardware might also be used and/or particular elements mightbe implemented in hardware, software (including mobile software, such asapplets) or both. Further, connection to other computing devices such asnetwork input/output devices may be employed.

Storage media and computer readable media for containing code, orportions of code, can include any appropriate media known or used in theart, including storage media and communication media, such as but notlimited to volatile and non-volatile, removable and non-removable mediaimplemented in any method or technology for storage and/or transmissionof information such as computer readable instructions, data structures,program modules or other data, including RAM, ROM, Electrically ErasableProgrammable Read-Only Memory (“EEPROM”), flash memory or other memorytechnology, Compact Disc Read-Only Memory (“CD-ROM”), digital versatiledisk (DVD) or other optical storage, magnetic cassettes, magnetic tape,magnetic disk storage or other magnetic storage devices or any othermedium which can be used to store the desired information and which canbe accessed by the a system device. Based on the disclosure andteachings provided herein, a person of ordinary skill in the art willappreciate other ways and/or methods to implement the variousembodiments.

The various illustrative logical blocks and modules described inconnection with the embodiments disclosed herein can be implemented orperformed by a machine, such as a general purpose processor device, adigital signal processor (DSP), an application specific integratedcircuit (ASIC), a field programmable gate array (FPGA) or otherprogrammable logic device, discrete gate or transistor logic, discretehardware components, or any combination thereof designed to perform thefunctions described herein. A general purpose processor device can be amicroprocessor, but in the alternative, the processor device can be acontroller, microcontroller, or state machine, combinations of the same,or the like. A processor device can include electrical circuitryconfigured to process computer-executable instructions. In anotherembodiment, a processor device includes an FPGA or other programmabledevice that performs logic operations without processingcomputer-executable instructions. A processor device can also beimplemented as a combination of computing devices, e.g., a combinationof a DSP and a microprocessor, a plurality of microprocessors, one ormore microprocessors in conjunction with a DSP core, or any other suchconfiguration. Although described herein primarily with respect todigital technology, a processor device may also include primarily analogcomponents. For example, some or all of the signal processing algorithmsdescribed herein may be implemented in analog circuitry or mixed analogand digital circuitry. A computing environment can include any type ofcomputer system, including, but not limited to, a computer system basedon a microprocessor, a mainframe computer, a digital signal processor, amobile computing device, a device controller, or a computational enginewithin an appliance, to name a few.

The specification and drawings are, accordingly, to be regarded in anillustrative rather than a restrictive sense. It will, however, beevident that various modifications and changes may be made thereuntowithout departing from the broader spirit and scope of the disclosure asset forth in the claims.

Other variations are within the spirit of the present disclosure. Thus,while the disclosed techniques are susceptible to various modificationsand alternative constructions, certain illustrated embodiments thereofare shown in the drawings and have been described above in detail. Itshould be understood, however, that there is no intention to limit thedisclosure to the specific form or forms disclosed, but on the contrary,the intention is to cover all modifications, alternative constructionsand equivalents falling within the spirit and scope of the disclosure,as defined in the appended claims.

The use of the terms “a” and “an” and “the” and similar referents in thecontext of describing the disclosed embodiments (especially in thecontext of the following claims) are to be construed to cover both thesingular and the plural, unless otherwise indicated herein or clearlycontradicted by context. The terms “comprising,” “having,” “including,”and “containing” are to be construed as open-ended terms (i.e., meaning“including, but not limited to,”) unless otherwise noted. The term“connected” is to be construed as partly or wholly contained within,attached to, or joined together, even if there is something intervening.Recitation of ranges of values herein are merely intended to serve as ashorthand method of referring individually to each separate valuefalling within the range, unless otherwise indicated herein and eachseparate value is incorporated into the specification as if it wereindividually recited herein. All methods described herein can beperformed in any suitable order unless otherwise indicated herein orotherwise clearly contradicted by context. The use of any and allexamples, or exemplary language (e.g., “such as”) provided herein, isintended merely to better illuminate embodiments of the disclosure anddoes not pose a limitation on the scope of the disclosure unlessotherwise claimed. No language in the specification should be construedas indicating any non-claimed element as essential to the practice ofthe disclosure.

Preferred embodiments of this disclosure are described herein, includingthe best mode known to the inventors for carrying out the disclosure.Variations of those preferred embodiments may become apparent to thoseof ordinary skill in the art upon reading the foregoing description. Theinventors expect skilled artisans to employ such variations asappropriate and the inventors intend for the disclosure to be practicedotherwise than as specifically described herein. Accordingly, thisdisclosure includes all modifications and equivalents of the subjectmatter recited in the claims appended hereto as permitted by applicablelaw. Moreover, any combination of the above-described elements in allpossible variations thereof is encompassed by the disclosure unlessotherwise indicated herein or otherwise clearly contradicted by context.

All references, including publications, patent applications and patents,cited herein are hereby incorporated by reference to the same extent asif each reference were individually and specifically indicated to beincorporated by reference and were set forth in its entirety herein.

What is claimed is:
 1. A computer-implemented method for conducting atransaction, with a portable device, for an item stored among aplurality of kiosks pre-stocked with a plurality of items available forpurchase, comprising: obtaining, at a portable device of a consumer,pre-registered account information, the pre-registered accountinformation including at least payment information and an identificationnumber of the portable device; storing, by a kiosk management system, anassociation between the pre-registered account information and theportable device based on the identification number of the portabledevice; generating a request, at the portable device of a consumer, toconduct a transaction for a requested item; transmitting the requestincluding the requested item from the portable device to the kioskmanagement system; receiving, at the portable device, informationidentifying a subset of kiosks in the plurality of kiosks within apredetermined proximity of a location of the portable device, therequested item included in the plurality of items with which the subsetof kiosks is pre-stocked; obtaining, at the portable device, a selectionfrom the consumer of a designated kiosk from the subset of kiosks;transmitting the selection of the designated kiosk from the portabledevice to the kiosk management system to reserve the requested item atthe designated kiosk; receiving, at the portable device from the kioskmanagement system, a code unique to the transaction for the requesteditem, the code indicating that the requested item is reserved at thedesignated kiosk; upon determining that the portable device is withinproximity of the designated kiosk, providing a prompt to the consumer toinitiate retrieval of the requested item, the prompt being provided tothe consumer via the portable device; upon receiving a response to theprovided prompt at the portable device, transmitting the code to thedesignated kiosk from the portable device without further interactionfrom the consumer, to initiate retrieval of the requested item, suchthat upon verification of the code, and without further interaction fromthe consumer, the kiosk is caused to: identify the requested item basedupon the code; determine an item storage location associated with therequested item; identify a releasing mechanism associated with the itemstorage location; instruct the releasing mechanism to release therequested item from the item storage location; and initiate payment forthe requested item using payment information associated with thepre-registered account information stored by the kiosk managementsystem; and receiving, at the portable device, a confirmation indicatingthat the transaction is complete after the code is verified, a paymentprocess for the transaction is completed, and the requested item isretrieved from the designated kiosk.
 2. The computer-implemented methodof claim 1, wherein the requested item is reserved at the designatedkiosk for a predetermined amount of time.
 3. The computer-implementedmethod of claim 1, wherein at least one of the location or thepredetermined proximity is determined by the consumer.
 4. Thecomputer-implemented method of claim 1, wherein the location isautomatically determined by the portable device of the consumer.
 5. Thecomputer-implemented method of claim 1, wherein the consumer is a firstconsumer and the computer-implemented method further comprising:generating, at the portable device of the first consumer, a requestidentifying the requested item and a second consumer to retrieve therequested item; and receiving, at the portable device of the firstconsumer, a confirmation that the requested item has been communicatedto the second consumer.
 6. The computer-implemented method of claim 5,further comprising: receiving, at the portable device of the firstconsumer, a confirmation that the requested item has been retrieved fromthe designated kiosk by the second consumer.
 7. The computer-implementedmethod of claim 1, further comprising: receiving, at the portabledevice, a promotional offer which incentivizes selection of thedesignated kiosk, such that the selection of the designated kiosk fromthe subset of kiosks is made by the consumer subsequent to displayingthe promotional offer on the portable device.
 8. A computer-implementedmethod comprising: selecting, at a kiosk management system for storageat a kiosk of a plurality of kiosks managed by the kiosk managementsystem, a plurality of items; causing the plurality of items to bedistributed to the kiosk by a distribution agent assigned to the kiosk;obtaining, at the kiosk management system, pre-registered accountinformation that includes at least payment information; storing, by thekiosk management system, the pre-registered account information inassociation with a consumer; receiving, from the kiosk managementsystem, a code unique to an order for an item placed by the consumerassociated with the pre-registered account information, wherein the codeindicates that the item is reserved at the kiosk selected from theplurality kiosks by the consumer, wherein the item is reserved from theplurality of items; upon determining that the one or more computersystems is within proximity of the designated kiosk, providing a promptto the consumer to initiate retrieval of the item; upon receiving aresponse to the provided prompt from the consumer, providing the code tothe designated kiosk via wireless communication to initiate retrieval ofthe item from the designated kiosk without further interaction from theconsumer; and when the provided code is verified and the item isretrieved from the designated kiosk, receiving, from at least one of thekiosk management system or the designated kiosk, a confirmation that theorder for the item is complete, wherein the designated kiosk is causedwithout further interaction from the consumer, to: identify the itembased upon the code; determine an item storage location associated withthe item; identify a releasing mechanism associated with the itemstorage location; instruct the releasing mechanism to release the itemto a distribution unit from the item storage location; and initiatepayment for the item using the pre-registered account information storedby the kiosk management system.
 9. The computer-implemented method ofclaim 8, further comprising at least: transmitting the pre-registeredaccount information to at least one of the kiosk management system orthe designated kiosk; and receiving a confirmation from at least one ofthe kiosk management system or the designated kiosk that payment for theitem has been completed using payment information associated with thepre-registered account information.
 10. The computer-implemented methodof claim 8, further comprising: when the item is included in a pluralityof items currently provided by the plurality of kiosks, receivinginformation about a subset of kiosks in the plurality of kiosks within apredetermined proximity of a location, the subset of kiosks currentlyproviding; selecting the designated kiosk from the subset; andtransmitting the selection of the designated kiosk to the kioskmanagement system to reserve the item at the designated kiosk.
 11. Thecomputer-implemented method of claim 8, further comprising, when theitem is excluded from a plurality of items provided by the plurality ofkiosks, at least: receiving information about a subset of kiosks in theplurality of kiosks within a predetermined proximity of a location;transmitting a selection of the designated kiosk from the subset ofkiosks to the kiosk management system to reserve the item at thedesignated kiosk; and receiving a notification when the item isavailable and reserved at the designated kiosk for retrieval.
 12. Thecomputer-implemented method of claim 11, further comprising, prior toreceiving the notification when the item is available, receiving adelivery message indicating that the item will be delivered to thedesignated kiosk, including an estimated delivery time.
 13. Thecomputer-implemented method of claim 8, wherein the order for the itemis placed at a retail network site.
 14. A portable device utilized by aconsumer, the portable device comprising: a processor device; a display;an interface configured to at least communicate with a consumer; acommunications unit configured to at least communicate with a kioskmanagement system operating a plurality of kiosks via a communicationsnetwork; and a non-transitory computer-readable medium comprisingcomputer-executable code executable by the processor device incommunication with the display, the communications unit, and theinterface, the computer-executable code, upon execution by the processordevice, causing the processor device to implement a method comprising atleast: providing, to the kiosk management system, pre-registered accountinformation that includes at least payment information association withthe consumer; generating a request to conduct a transaction for one ormore requested items; transmitting the request to the kiosk managementsystem including the one or more requested items; and when the one ormore requested items is excluded from a plurality of items currentlyprovided by the plurality of kiosks, at least: receiving from the kioskmanagement system information about a subset of kiosks in the pluralityof kiosks within a predetermined proximity of a location; transmitting aselection of a designated kiosk from the subset of kiosks to the kioskmanagement system to request delivery of the one or more requested itemsat the designated kiosk; receiving a delivery message from the kioskmanagement system indicating that the one or more requested items willbe delivered to the designated kiosk, including an estimated deliverytime, the delivery message including a generated code unique to thetransaction; receiving location information associated with the portabledevice; upon determining, based on the received location information,that the portable device is within a proximity of the designated kiosk,generating a prompt on the display to initiate retrieval of the one ormore requested items at the designated kiosk; upon receiving a responseto the prompt, providing the generated code and instructions to thedesignated kiosk to activate a mechanical release mechanism anddistribute the one or more requested items upon confirmation of thecode, the generated code and instructions being provided without furtherinteraction with the consumer subsequent to receiving the response,wherein the code is used by the designated kiosk to identify the one ormore requested items; and providing instructions to the kiosk managementsystem to initiate payment for the one or more requested items using thepre-registered account information stored by the kiosk management systemwith respect to the consumer.
 15. The portable device of claim 14,wherein the method implemented by the processor device furthercomprises: receiving a notification from the kiosk management systemwhen the one or more requested items are currently available andreserved at the designated kiosk for retrieval; receiving, from thekiosk management system, a code unique to the transaction, the codeindicating that at least one of the one or more requested items isreserved at a designated kiosk; and receiving a confirmation of thetransaction indicating that the transaction is complete after the codeis verified and the one or more requested items are retrieved from thedesignated kiosk.
 16. The portable device of claim 14, wherein themethod implemented by the processor device further comprises, when theone or more requested items are included from the plurality of itemscurrently provided by the plurality of kiosks, at least: receiving fromthe kiosk management system a subset of kiosks in the plurality ofkiosks within a predetermined proximity of a location, the subset ofkiosks currently providing at least one of the one or more requesteditems; and transmitting the selection of the designated kiosk from thesubset to the kiosk management system to reserve the at least one of theone or more requested items at the designated kiosk.
 17. The portabledevice of claim 14, the method implemented by the processor devicefurther comprising at least: interacting with the designated kiosk toprovide the code, wherein the interaction is a wireless interaction. 18.The portable device of claim 14, the method implemented by the processordevice further comprising at least: displaying the code on the display.19. The portable device of claim 14, the method implemented by theprocessor device further comprising at least: receiving a paymentconfirmation when the payment for the one or more requested items hasbeen completed.
 20. One or more non-transitory computer-readable mediaof a portable device of a consumer having collectively thereoncomputer-executable instructions that, when executed by a processordevice of the portable device, cause the portable device to, at least:generate a request to conduct a transaction for a requested item;transmit the request including the requested item from the portabledevice to a kiosk management system; receive, from the kiosk managementsystem, a code generated with respect to the transaction and informationabout a designated kiosk in a plurality of kiosks, the designated kioskhaving available the requested item; upon determining that the portabledevice is within a proximity of the designated kiosk, request permissionto initiate retrieval of the requested item; and upon receivingpermission to initiate retrieval of the requested item, provide the codeto the designated kiosk via wireless transmission and without furtherinteraction by the consumer cause the designated kiosk, withoutinteraction by the consumer, to: identify the requested item based uponthe code; determine an item storage location associated with therequested item; identify a releasing mechanism associated with the itemstorage location; instruct the releasing mechanism to release therequested item to a distribution unit from the item storage location;and instruct the kiosk management system to initiate payment for therequested item using pre-registered account information stored at thekiosk management system in association with the portable device.
 21. Theone or more computer-readable media of claim 20, the computer-readablemedia further configured to: prior to receiving the code: transmit atleast a portion of the pre-registered account information to at leastone of the kiosk management system or the designated kiosk; and receivea confirmation from at least one of the kiosk management system or thedesignated kiosk that the payment information has been verified usingthe pre-registered account information.
 22. The one or morecomputer-readable media of claim 20, the computer-readable media furtherconfigured to at least display the code.
 23. The one or morecomputer-readable media of claim 22, wherein the code is a quickresponse (QR), one dimensional or two dimensional bar code, or any codecapable of being read by a scanner.
 24. The one or morecomputer-readable media of claim 22, wherein the code is a series of atleast one of alphanumeric characters or symbols.